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Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Stahlblech ST-37 - Robust, Vielseitig und Zuverlässig
Unsere Stahlbleche der Güteklasse ST-37 repräsentieren eine hochwertige Option für vielfältige Anwendungen in der Metallverarbeitung. Bekannt für ihre Robustheit, Vielseitigkeit und Zuverlässigkeit, erfüllen diese Stahlbleche die höchsten Standards in verschiedenen Industriebereichen.
Produktmerkmale:
Material: Stahl der Güteklasse ST-37
Robustheit: Ausgezeichnete Festigkeit und Belastbarkeit
Vielseitigkeit: Geeignet für eine breite Palette von Anwendungen
Schweißbarkeit: Gut schweißbar für flexible Verarbeitungsmöglichkeiten
Formbarkeit: Ermöglicht verschiedene Formgebungsprozesse
Standardgrößen verfügbar: Verschiedene Stärken und Größen erhältlich
Abbildung/Foto ähnlich
Vorteile von Stahlblech ST-37:
Hohe Festigkeit: Ideal für Konstruktionen und tragende Elemente
Zuverlässigkeit: Bewährtes Material für langlebige Anwendungen
Wirtschaftlichkeit: Gute Balance zwischen Qualität und Kosten
Verarbeitungsfreundlichkeit: Gut formbar und schweißbar für flexible Anwendungen
Breites Anwendungsspektrum: Vom Bauwesen bis zur Fertigungsindustrie
Ob Sie Bauprojekte realisieren, Metallteile fertigen oder andere Anwendungen in der Metallverarbeitung haben – Stahlblech ST-37 ist eine solide Wahl. Die gute Schweißbarkeit und Formbarkeit bieten zusätzliche Verarbeitungsfreundlichkeit, während die robusten Eigenschaften eine langfristige Zuverlässigkeit sicherstellen.
Kontaktieren Sie uns, um mehr über unsere Stahlbleche der Güteklasse ST-37 zu erfahren und wie sie Ihre spezifischen Anforderungen in der Metallverarbeitung erfüllen können. Wir stehen Ihnen gerne zur Verfügung, um Ihnen bei der Auswahl des richtigen Materials für Ihr Projekt zu helfen.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 0.3 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 0.5 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 0.6 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Copper round material E-Cu 57 - Versatile semi-finished product for precise applications
Copper round material made from high-quality E-Cu 57 CW 004 A offers outstanding electrical conductivity and excellent formability, making it ideal for a wide range of industrial and craft applications. As a raw material (semi-finished product), it is perfect for projects that require customized solutions and further processing.
Product features:
Alloy: E-Cu 57 CW 004 A / CU-ETP / EN 13601 - Oxygen-containing copper with high conductivity and formability.
Selectable lengths: Freely selectable between 25 and 2000 mm, rough sawn and flexibly customizable.
Condition: New, raw material, untreated surface (may show signs of storage).
Surface: Unprocessed and raw, ideal for individual processing.
Tolerances: Length approx. +0.0 to 2 mm | outer diameter approx. ±5 %.
Technical data:
Density: 8.93 kg/dm³ - stable and high-quality copper alloy for durable constructions.
Electrical conductivity: High conductivity of 19-22 m/ohm x mm² (57 ohm/mm²), perfect for electronics and electrotechnical applications.
Formability: Good hot and cold formability for versatile machining options.
Strength: 0.2% yield strength (Rp 0.2) of at least 485 N/mm² and Brinnell hardness HB of 150.
Chip shape: Long helix, ideal for mechanical machining.
Areas of application:
Industry and trade: Ideal for further processing in construction, electronics and precision mechanics.
Electrical engineering projects: Ideal for applications in the field of power lines and electrical components thanks to its high conductivity.
Construction and arts and crafts: Flexible and easy to form for individual projects that require a high-quality, easily machinable material.
The E-Cu 57 round copper material is a high-quality semi-finished product that is suitable for both industrial and craft purposes. Its precise dimensions and outstanding properties make it the ideal choice for projects that focus on quality and durability.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 0.8 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Copper round material E-Cu 57 - Versatile semi-finished product for precise applications
Copper round material made from high-quality E-Cu 57 CW 004 A offers outstanding electrical conductivity and excellent formability, making it ideal for a wide range of industrial and craft applications. As a raw material (semi-finished product), it is perfect for projects that require customized solutions and further processing.
Product features:
Alloy: E-Cu 57 CW 004 A / CU-ETP / EN 13601 - Oxygen-containing copper with high conductivity and formability.
Selectable lengths: Freely selectable between 25 and 2000 mm, rough sawn and flexibly customizable.
Condition: New, raw material, untreated surface (may show signs of storage).
Surface: Unprocessed and raw, ideal for individual processing.
Tolerances: Length approx. +0.0 to 2 mm | outer diameter approx. ±5 %.
Technical data:
Density: 8.93 kg/dm³ - stable and high-quality copper alloy for durable constructions.
Electrical conductivity: High conductivity of 19-22 m/ohm x mm² (57 ohm/mm²), perfect for electronics and electrotechnical applications.
Formability: Good hot and cold formability for versatile machining options.
Strength: 0.2% yield strength (Rp 0.2) of at least 485 N/mm² and Brinnell hardness HB of 150.
Chip shape: Long helix, ideal for mechanical machining.
Areas of application:
Industry and trade: Ideal for further processing in construction, electronics and precision mechanics.
Electrical engineering projects: Ideal for applications in the field of power lines and electrical components thanks to its high conductivity.
Construction and arts and crafts: Flexible and easy to form for individual projects that require a high-quality, easily machinable material.
The E-Cu 57 round copper material is a high-quality semi-finished product that is suitable for both industrial and craft purposes. Its precise dimensions and outstanding properties make it the ideal choice for projects that focus on quality and durability.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 1,0 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Copper round material E-Cu 57 - Versatile semi-finished product for precise applications
Copper round material made from high-quality E-Cu 57 CW 004 A offers outstanding electrical conductivity and excellent formability, making it ideal for a wide range of industrial and craft applications. As a raw material (semi-finished product), it is perfect for projects that require customized solutions and further processing.
Product features:
Alloy: E-Cu 57 CW 004 A / CU-ETP / EN 13601 - Oxygen-containing copper with high conductivity and formability.
Selectable lengths: Freely selectable between 25 and 2000 mm, rough sawn and flexibly customizable.
Condition: New, raw material, untreated surface (may show signs of storage).
Surface: Unprocessed and raw, ideal for individual processing.
Tolerances: Length approx. +0.0 to 2 mm | outer diameter approx. ±5 %.
Technical data:
Density: 8.93 kg/dm³ - stable and high-quality copper alloy for durable constructions.
Electrical conductivity: High conductivity of 19-22 m/ohm x mm² (57 ohm/mm²), perfect for electronics and electrotechnical applications.
Formability: Good hot and cold formability for versatile machining options.
Strength: 0.2% yield strength (Rp 0.2) of at least 485 N/mm² and Brinnell hardness HB of 150.
Chip shape: Long helix, ideal for mechanical machining.
Areas of application:
Industry and trade: Ideal for further processing in construction, electronics and precision mechanics.
Electrical engineering projects: Ideal for applications in the field of power lines and electrical components thanks to its high conductivity.
Construction and arts and crafts: Flexible and easy to form for individual projects that require a high-quality, easily machinable material.
The E-Cu 57 round copper material is a high-quality semi-finished product that is suitable for both industrial and craft purposes. Its precise dimensions and outstanding properties make it the ideal choice for projects that focus on quality and durability.
Aluminum round material AW-2007 solid material / round bar
This high-quality aluminum solid round material made from the alloy AW-2007 offers precise stability and easy processing options and is ideal for industrial applications and professional use in the trade.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 1,2 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Copper round material E-Cu 57 - Versatile semi-finished product for precise applications
Copper round material made from high-quality E-Cu 57 CW 004 A offers outstanding electrical conductivity and excellent formability, making it ideal for a wide range of industrial and craft applications. As a raw material (semi-finished product), it is perfect for projects that require customized solutions and further processing.
Product features:
Alloy: E-Cu 57 CW 004 A / CU-ETP / EN 13601 - Oxygen-containing copper with high conductivity and formability.
Selectable lengths: Freely selectable between 25 and 2000 mm, rough sawn and flexibly customizable.
Condition: New, raw material, untreated surface (may show signs of storage).
Surface: Unprocessed and raw, ideal for individual processing.
Tolerances: Length approx. +0.0 to 2 mm | outer diameter approx. ±5 %.
Technical data:
Density: 8.93 kg/dm³ - stable and high-quality copper alloy for durable constructions.
Electrical conductivity: High conductivity of 19-22 m/ohm x mm² (57 ohm/mm²), perfect for electronics and electrotechnical applications.
Formability: Good hot and cold formability for versatile machining options.
Strength: 0.2% yield strength (Rp 0.2) of at least 485 N/mm² and Brinnell hardness HB of 150.
Chip shape: Long helix, ideal for mechanical machining.
Areas of application:
Industry and trade: Ideal for further processing in construction, electronics and precision mechanics.
Electrical engineering projects: Ideal for applications in the field of power lines and electrical components thanks to its high conductivity.
Construction and arts and crafts: Flexible and easy to form for individual projects that require a high-quality, easily machinable material.
The E-Cu 57 round copper material is a high-quality semi-finished product that is suitable for both industrial and craft purposes. Its precise dimensions and outstanding properties make it the ideal choice for projects that focus on quality and durability.
Aluminum round material AW-2007 solid material / round bar
This high-quality aluminum solid round material made from the alloy AW-2007 offers precise stability and easy processing options and is ideal for industrial applications and professional use in the trade.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 1,5 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Aluminum round material AW-2007 solid material / round bar
This high-quality aluminum solid round material made from the alloy AW-2007 offers precise stability and easy processing options and is ideal for industrial applications and professional use in the trade.
Product description: Aluminum round bar AW-7075 AlZnMgCu1,5 HIGH STRENGTH - aluminum solid material
This high-strength aluminum round bar made of the alloy AW-7075 (AlZnMgCu1.5) offers excellent stability and is ideal for demanding industrial applications. The rod is available as solid material and semi-finished product in various lengths from 25 mm to 2000 mm (see above).
Product characteristics:
Material: Aluminum AW-7075 / AlZnMgCu1,5, condition hot hardened T6
Dimensions: Diameter Ø 8 mm, length of your choice
Surface: Unmachined and raw, with possible bearing marks
Tolerances: Length approx. +0.0 to +2 mm | outer diameter approx. ±2% (according to EN 755 ff)
Material number: 3.4365
Density: 2.80 kg/dm³
Mechanical properties:
Tensile strength (Rm): min. 540 N/mm²
Yield strength (Rp 0.2): min. 485 N/mm²
Brinell hardness: HB 150
Technical data:
Thermal conductivity: 130 - 160 W/m-K
Electrical conductivity: 19 - 22 m/ohm x mm²
Machining options:
Ideal for turning, milling, drilling and sawing (cooling recommended)
Not suitable for anodizing
Conditionally suitable for hard chrome plating and powder coating
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 2,0 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Copper round material E-Cu 57 - Versatile semi-finished product for precise applications
Copper round material made from high-quality E-Cu 57 CW 004 A offers outstanding electrical conductivity and excellent formability, making it ideal for a wide range of industrial and craft applications. As a raw material (semi-finished product), it is perfect for projects that require customized solutions and further processing.
Product features:
Alloy: E-Cu 57 CW 004 A / CU-ETP / EN 13601 - Oxygen-containing copper with high conductivity and formability.
Selectable lengths: Freely selectable between 25 and 2000 mm, rough sawn and flexibly customizable.
Condition: New, raw material, untreated surface (may show signs of storage).
Surface: Unprocessed and raw, ideal for individual processing.
Tolerances: Length approx. +0.0 to 2 mm | outer diameter approx. ±5 %.
Technical data:
Density: 8.93 kg/dm³ - stable and high-quality copper alloy for durable constructions.
Electrical conductivity: High conductivity of 19-22 m/ohm x mm² (57 ohm/mm²), perfect for electronics and electrotechnical applications.
Formability: Good hot and cold formability for versatile machining options.
Strength: 0.2% yield strength (Rp 0.2) of at least 485 N/mm² and Brinnell hardness HB of 150.
Chip shape: Long helix, ideal for mechanical machining.
Areas of application:
Industry and trade: Ideal for further processing in construction, electronics and precision mechanics.
Electrical engineering projects: Ideal for applications in the field of power lines and electrical components thanks to its high conductivity.
Construction and arts and crafts: Flexible and easy to form for individual projects that require a high-quality, easily machinable material.
The E-Cu 57 round copper material is a high-quality semi-finished product that is suitable for both industrial and craft purposes. Its precise dimensions and outstanding properties make it the ideal choice for projects that focus on quality and durability.
Aluminum round material AW-2007 solid material / round bar
This high-quality aluminum solid round material made from the alloy AW-2007 offers precise stability and easy processing options and is ideal for industrial applications and professional use in the trade.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 2,5 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Aluminum round material AW-2007 solid material / round bar
This high-quality aluminum solid round material made from the alloy AW-2007 offers precise stability and easy processing options and is ideal for industrial applications and professional use in the trade.
Product description: Aluminum round bar AW-7075 AlZnMgCu1,5 HIGH STRENGTH - aluminum solid material
This high-strength aluminum round bar made of the alloy AW-7075 (AlZnMgCu1.5) offers excellent stability and is ideal for demanding industrial applications. The rod is available as solid material and semi-finished product in various lengths from 25 mm to 2000 mm (see above).
Product characteristics:
Material: Aluminum AW-7075 / AlZnMgCu1,5, condition hot hardened T6
Dimensions: Diameter Ø 8 mm, length of your choice
Surface: Unmachined and raw, with possible bearing marks
Tolerances: Length approx. +0.0 to +2 mm | outer diameter approx. ±2% (according to EN 755 ff)
Material number: 3.4365
Density: 2.80 kg/dm³
Mechanical properties:
Tensile strength (Rm): min. 540 N/mm²
Yield strength (Rp 0.2): min. 485 N/mm²
Brinell hardness: HB 150
Technical data:
Thermal conductivity: 130 - 160 W/m-K
Electrical conductivity: 19 - 22 m/ohm x mm²
Machining options:
Ideal for turning, milling, drilling and sawing (cooling recommended)
Not suitable for anodizing
Conditionally suitable for hard chrome plating and powder coating
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 3,0 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Copper round material E-Cu 57 - Versatile semi-finished product for precise applications
Copper round material made from high-quality E-Cu 57 CW 004 A offers outstanding electrical conductivity and excellent formability, making it ideal for a wide range of industrial and craft applications. As a raw material (semi-finished product), it is perfect for projects that require customized solutions and further processing.
Product features:
Alloy: E-Cu 57 CW 004 A / CU-ETP / EN 13601 - Oxygen-containing copper with high conductivity and formability.
Selectable lengths: Freely selectable between 25 and 2000 mm, rough sawn and flexibly customizable.
Condition: New, raw material, untreated surface (may show signs of storage).
Surface: Unprocessed and raw, ideal for individual processing.
Tolerances: Length approx. +0.0 to 2 mm | outer diameter approx. ±5 %.
Technical data:
Density: 8.93 kg/dm³ - stable and high-quality copper alloy for durable constructions.
Electrical conductivity: High conductivity of 19-22 m/ohm x mm² (57 ohm/mm²), perfect for electronics and electrotechnical applications.
Formability: Good hot and cold formability for versatile machining options.
Strength: 0.2% yield strength (Rp 0.2) of at least 485 N/mm² and Brinnell hardness HB of 150.
Chip shape: Long helix, ideal for mechanical machining.
Areas of application:
Industry and trade: Ideal for further processing in construction, electronics and precision mechanics.
Electrical engineering projects: Ideal for applications in the field of power lines and electrical components thanks to its high conductivity.
Construction and arts and crafts: Flexible and easy to form for individual projects that require a high-quality, easily machinable material.
The E-Cu 57 round copper material is a high-quality semi-finished product that is suitable for both industrial and craft purposes. Its precise dimensions and outstanding properties make it the ideal choice for projects that focus on quality and durability.
Aluminum round material AW-2007 solid material / round bar
This high-quality aluminum solid round material made from the alloy AW-2007 offers precise stability and easy processing options and is ideal for industrial applications and professional use in the trade.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 4,0 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Aluminum round material AW-2007 solid material / round bar
This high-quality aluminum solid round material made from the alloy AW-2007 offers precise stability and easy processing options and is ideal for industrial applications and professional use in the trade.
Product description: Aluminum round bar AW-7075 AlZnMgCu1,5 HIGH STRENGTH - aluminum solid material
This high-strength aluminum round bar made of the alloy AW-7075 (AlZnMgCu1.5) offers excellent stability and is ideal for demanding industrial applications. The rod is available as solid material and semi-finished product in various lengths from 25 mm to 2000 mm (see above).
Product characteristics:
Material: Aluminum AW-7075 / AlZnMgCu1,5, condition hot hardened T6
Dimensions: Diameter Ø 8 mm, length of your choice
Surface: Unmachined and raw, with possible bearing marks
Tolerances: Length approx. +0.0 to +2 mm | outer diameter approx. ±2% (according to EN 755 ff)
Material number: 3.4365
Density: 2.80 kg/dm³
Mechanical properties:
Tensile strength (Rm): min. 540 N/mm²
Yield strength (Rp 0.2): min. 485 N/mm²
Brinell hardness: HB 150
Technical data:
Thermal conductivity: 130 - 160 W/m-K
Electrical conductivity: 19 - 22 m/ohm x mm²
Machining options:
Ideal for turning, milling, drilling and sawing (cooling recommended)
Not suitable for anodizing
Conditionally suitable for hard chrome plating and powder coating
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 5,0 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Copper round material E-Cu 57 - Versatile semi-finished product for precise applications
Copper round material made from high-quality E-Cu 57 CW 004 A offers outstanding electrical conductivity and excellent formability, making it ideal for a wide range of industrial and craft applications. As a raw material (semi-finished product), it is perfect for projects that require customized solutions and further processing.
Product features:
Alloy: E-Cu 57 CW 004 A / CU-ETP / EN 13601 - Oxygen-containing copper with high conductivity and formability.
Selectable lengths: Freely selectable between 25 and 2000 mm, rough sawn and flexibly customizable.
Condition: New, raw material, untreated surface (may show signs of storage).
Surface: Unprocessed and raw, ideal for individual processing.
Tolerances: Length approx. +0.0 to 2 mm | outer diameter approx. ±5 %.
Technical data:
Density: 8.93 kg/dm³ - stable and high-quality copper alloy for durable constructions.
Electrical conductivity: High conductivity of 19-22 m/ohm x mm² (57 ohm/mm²), perfect for electronics and electrotechnical applications.
Formability: Good hot and cold formability for versatile machining options.
Strength: 0.2% yield strength (Rp 0.2) of at least 485 N/mm² and Brinnell hardness HB of 150.
Chip shape: Long helix, ideal for mechanical machining.
Areas of application:
Industry and trade: Ideal for further processing in construction, electronics and precision mechanics.
Electrical engineering projects: Ideal for applications in the field of power lines and electrical components thanks to its high conductivity.
Construction and arts and crafts: Flexible and easy to form for individual projects that require a high-quality, easily machinable material.
The E-Cu 57 round copper material is a high-quality semi-finished product that is suitable for both industrial and craft purposes. Its precise dimensions and outstanding properties make it the ideal choice for projects that focus on quality and durability.
Copper round material E-Cu 57 - Versatile semi-finished product for precise applications
Copper round material made from high-quality E-Cu 57 CW 004 A offers outstanding electrical conductivity and excellent formability, making it ideal for a wide range of industrial and craft applications. As a raw material (semi-finished product), it is perfect for projects that require customized solutions and further processing.
Product features:
Alloy: E-Cu 57 CW 004 A / CU-ETP / EN 13601 - Oxygen-containing copper with high conductivity and formability.
Selectable lengths: Freely selectable between 25 and 2000 mm, rough sawn and flexibly customizable.
Condition: New, raw material, untreated surface (may show signs of storage).
Surface: Unprocessed and raw, ideal for individual processing.
Tolerances: Length approx. +0.0 to 2 mm | outer diameter approx. ±5 %.
Technical data:
Density: 8.93 kg/dm³ - stable and high-quality copper alloy for durable constructions.
Electrical conductivity: High conductivity of 19-22 m/ohm x mm² (57 ohm/mm²), perfect for electronics and electrotechnical applications.
Formability: Good hot and cold formability for versatile machining options.
Strength: 0.2% yield strength (Rp 0.2) of at least 485 N/mm² and Brinnell hardness HB of 150.
Chip shape: Long helix, ideal for mechanical machining.
Areas of application:
Industry and trade: Ideal for further processing in construction, electronics and precision mechanics.
Electrical engineering projects: Ideal for applications in the field of power lines and electrical components thanks to its high conductivity.
Construction and arts and crafts: Flexible and easy to form for individual projects that require a high-quality, easily machinable material.
The E-Cu 57 round copper material is a high-quality semi-finished product that is suitable for both industrial and craft purposes. Its precise dimensions and outstanding properties make it the ideal choice for projects that focus on quality and durability.
Aluminum round material AW-2007 solid material / round bar
This high-quality aluminum solid round material made from the alloy AW-2007 offers precise stability and easy processing options and is ideal for industrial applications and professional use in the trade.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 6,0 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Aluminum round material AW-2007 solid material / round bar
This high-quality aluminum solid round material made from the alloy AW-2007 offers precise stability and easy processing options and is ideal for industrial applications and professional use in the trade.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 8,0 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Aluminum round material AW-2007 solid material / round bar
This high-quality aluminum solid round material made from the alloy AW-2007 offers precise stability and easy processing options and is ideal for industrial applications and professional use in the trade.
Product description: Aluminum round bar AW-7075 AlZnMgCu1,5 HIGH STRENGTH - aluminum solid material
This high-strength aluminum round bar made of the alloy AW-7075 (AlZnMgCu1.5) offers excellent stability and is ideal for demanding industrial applications. The rod is available as solid material and semi-finished product in various lengths from 25 mm to 2000 mm (see above).
Product characteristics:
Material: Aluminum AW-7075 / AlZnMgCu1,5, condition hot hardened T6
Dimensions: Diameter Ø 8 mm, length of your choice
Surface: Unmachined and raw, with possible bearing marks
Tolerances: Length approx. +0.0 to +2 mm | outer diameter approx. ±2% (according to EN 755 ff)
Material number: 3.4365
Density: 2.80 kg/dm³
Mechanical properties:
Tensile strength (Rm): min. 540 N/mm²
Yield strength (Rp 0.2): min. 485 N/mm²
Brinell hardness: HB 150
Technical data:
Thermal conductivity: 130 - 160 W/m-K
Electrical conductivity: 19 - 22 m/ohm x mm²
Machining options:
Ideal for turning, milling, drilling and sawing (cooling recommended)
Not suitable for anodizing
Conditionally suitable for hard chrome plating and powder coating
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of CF53 material, hardened, ground and additionally chrome-plated, is the ideal choice for applications requiring maximum strength, precision and corrosion resistance. This high-strength steel offers excellent wear resistance after hardening, while the ground surface ensures minimal friction and maximum dimensional accuracy. The additional chrome plating gives the shaft a tough, corrosion-resistant surface that provides lasting protection even under demanding conditions.
Properties:
Material: Material CF53 - a non-alloyed, high-strength quality steel.
Hardened: Provides high hardness and excellent wear resistance.
Ground: Precisely machined surface for high dimensional accuracy and low-friction application.
Chrome-plated: Additional corrosion protection and improved surface hardness for a long service life even in demanding environments.
Areas of application:
Mechanical engineering: Use in high-precision shafts and axles operating under high mechanical loads and corrosive conditions.
Automotive industry: Use in critical components such as drive shafts, piston rods and guide rods that require high corrosion resistance and load-bearing capacity.
Hydraulic and pneumatic systems: Ideal for piston rods and other moving parts that require a smooth and corrosion-resistant surface.
Tool and mold making: Used in precision guide and motion mechanisms designed for long-term reliability.
Precision CF53 shaft steel, hardened, ground and chrome-plated, offers a superior combination of mechanical strength, dimensional accuracy and corrosion protection, making it the optimum choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13) is a high-strength, stainless steel that is ideal for applications requiring a combination of corrosion resistance, hardness and dimensional accuracy. This steel is hardened to achieve a minimum hardness of 52 HRC, making it particularly resistant to wear. The ground surface ensures high precision and low friction, which is crucial in many technical and industrial applications.
Properties:
Material: stainless steel 1.4034 (X46Cr13) - a high-alloy stainless steel known for its good corrosion resistance and hardness.
Hardness: At least 52 HRC - offers high wear resistance and a long service life.
Ground: Precision machining ensures a smooth, dimensionally accurate surface, ideal for high-precision applications.
Diameter tolerance: ISO h6 - ensures maximum dimensional accuracy and accuracy of fit.
Dimensional stability: Stable up to a temperature of +120°C - suitable for applications in moderately hot environments.
Note:
When using linear ball bearings on stainless steel shafts, the lower hardness of the material compared to specially hardened shaft steels should be taken into account. This can lead to a lower load carrying capacity.
Areas of application:
Mechanical engineering: Use in high-precision shafts and guide rods that are exposed to high mechanical loads and corrosion.
Medical technology: Ideal for instruments and devices that require sterile, corrosion-resistant and precise material.
Food industry: Used in hygienically sensitive environments where corrosion resistance and dimensional accuracy are crucial.
Automotive industry: Suitable for components that require high strength and corrosion resistance, such as drive shafts and guides.
Precision shaft steel made of stainless steel 1.4034 (X46Cr13), hardened and ground, is the optimum solution for technical applications where maximum precision, strength and corrosion resistance are required. With a hardness of at least 52 HRC and outstanding dimensional accuracy, this steel is ideal for demanding industrial applications.
Material: Steel 1.1213 (CF53). Hardness min. 59 HRC. made of material 100CR6.
Precision corrugated steel made from the material CF53 is a high-quality solution for applications that require extreme strength, precision and wear resistance. This steel is characterized by its particular hardness and excellent mechanical properties, which are achieved through targeted heat treatment.
The material CF53 is a non-alloy, high-strength steel that has been specially developed for use in highly stressed mechanical components. After hardening and subsequent grinding, it offers a particularly smooth and dimensionally accurate surface, which creates the ideal conditions for use in demanding technical applications.
Properties:
Hardened: Increased hardness and wear resistance, ideal for use in highly stressed machine components.
Ground: Precisely machined surface for minimal friction and high dimensional accuracy.
Material CF53: Unalloyed quality steel characterized by high strength and toughness.
Areas of application:
Mechanical engineering: Use in shafts, axles and other rotating components that require high strength and precision.
Automotive industry: Used in highly stressed components such as drive shafts, piston rods and guide rods.
Toolmaking: Ideal for precision parts that require a high surface quality and dimensional accuracy.
Plant engineering: Used in lifting and conveying equipment where precise movement and high load-bearing capacity are required.
Precision corrugated steel made from CF53, hardened and ground, offers an excellent combination of strength, wear resistance and dimensional accuracy, making it the first choice for demanding technical applications.
This extra-hard spring steel wire in accordance with DIN 10270-1 SH is ideal for heavy-duty applications that require strong spring force and excellent elasticity. Thanks to its high strength and durability, the wire is ideal for the production of springs and highly stressed components in mechanical engineering and vehicle construction.
Product details:
Diameter: Ø 10,0 mm
Length: 1000 mm
Material specification: DIN 10270-1 SH, specially developed for spring components
Hardness grade: Extra hard for maximum clamping force and springback
This spring steel wire offers precise spring properties and is designed for a long service life and resilience. Ideal for professional use in technical and industrial applications.
Copper round material E-Cu 57 - Versatile semi-finished product for precise applications
Copper round material made from high-quality E-Cu 57 CW 004 A offers outstanding electrical conductivity and excellent formability, making it ideal for a wide range of industrial and craft applications. As a raw material (semi-finished product), it is perfect for projects that require customized solutions and further processing.
Product features:
Alloy: E-Cu 57 CW 004 A / CU-ETP / EN 13601 - Oxygen-containing copper with high conductivity and formability.
Selectable lengths: Freely selectable between 25 and 2000 mm, rough sawn and flexibly customizable.
Condition: New, raw material, untreated surface (may show signs of storage).
Surface: Unprocessed and raw, ideal for individual processing.
Tolerances: Length approx. +0.0 to 2 mm | outer diameter approx. ±5 %.
Technical data:
Density: 8.93 kg/dm³ - stable and high-quality copper alloy for durable constructions.
Electrical conductivity: High conductivity of 19-22 m/ohm x mm² (57 ohm/mm²), perfect for electronics and electrotechnical applications.
Formability: Good hot and cold formability for versatile machining options.
Strength: 0.2% yield strength (Rp 0.2) of at least 485 N/mm² and Brinnell hardness HB of 150.
Chip shape: Long helix, ideal for mechanical machining.
Areas of application:
Industry and trade: Ideal for further processing in construction, electronics and precision mechanics.
Electrical engineering projects: Ideal for applications in the field of power lines and electrical components thanks to its high conductivity.
Construction and arts and crafts: Flexible and easy to form for individual projects that require a high-quality, easily machinable material.
The E-Cu 57 round copper material is a high-quality semi-finished product that is suitable for both industrial and craft purposes. Its precise dimensions and outstanding properties make it the ideal choice for projects that focus on quality and durability.