1095 Spring Steel Strip

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1095 Spring Steel Strip
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1095 Spring Steel Strip is a high-carbon spring steel strip manufactured according to ASTM, AISI, JIS, DIN, and GB standards.
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Spring Steel Strip
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Description

Introduction

 

1095 Spring Steel Strip is a high-carbon spring steel strip manufactured according to ASTM, AISI, JIS, DIN, and GB standards. It is mainly used in the manufacture of elastic components requiring high elasticity and wear resistance. Typical applications include leaf springs, tool elastic elements, and springback mechanism parts.

 

Specification

 

Category

Specification Range

Standard

ASTM, AISI, JIS, DIN, GB

Grade

1095 Spring Steel Strip / 1095 Carbon Spring Steel Strip

Thickness

0.20 mm – 8.0 mm (customized)

Width

10 mm – 600 mm (customized)

Length

Coil form or cut-to-length

Carbon Content (C)

0.90 – 1.03%

Hardness (HRC)

48 – 55 (after heat treatment)

Tensile Strength

850 – 1000 MPa

Yield Strength

≥ 540 MPa

Elongation

≥ 10%

Surface Finish

Polished, bright, oiled, pickled, or custom coating

Processing State

Annealed, hardened & tempered options

 

Features

 

High Carbon Content

With a carbon content of 0.90–1.03%, the hardness reaches 48–55 HRC after quenching and tempering, providing a strength foundation for components requiring elasticity and wear resistance.

 

High Strength

Tensile strength 850–1000 MPa, yield strength ≥540 MPa, maintaining elastic properties within the range of repeated bending or compression.

 

Excellent Elongation

Elongation ≥10%, combined with heat treatment, allows for the desired springback deformation, suitable for leaf springs and thin return mechanisms.

 

Multiple Surface Finishes

Offers polished, bright, oiled, pickled, and optional coated surfaces to meet direct machining or subsequent coating and corrosion protection requirements.

 

 

Applications

 

Machinery and Equipment Industry: Used in leaf springs, return spring elements, and fastening mechanisms to store and release energy during machine operation.

 

Automotive Parts Industry: Used in seat return springs, suspension spring elements, and brake assist structures to bear dynamic loads and provide restorative functions.

 

Cutting Tool and Tool Manufacturing Industry: Used in elastic cutting blades and cutting tool spring components to control cutting or rebound behavior through hardness and elasticity.

 

Light Industry and Precision Instruments Industry: Used in small rebound mechanisms and precision elastic elements to ensure consistency between operating force and positional return.

 

Product-Application

 

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FAQ

Q: What are the effects of heat treatment on 1095 spring steel strip?

A: Hardness can be controlled within the range of 48–55 HRC through quenching and tempering, affecting elastic recovery and wear resistance. The appropriate heat treatment process should be selected based on the design load.

Q: What precautions should be taken when processing steel strips of different thicknesses?

A: Thin strips (<1 mm) are prone to bending or curling, requiring control of the cold bending radius and tensile stress; thick strips require control of bending force to prevent cracking during processing.

Q: How should surface treatment be selected?

A: Polishing or bright surfaces are suitable for precision elastic components. Oiling or pickling can reduce the risk of oxidation. Special coatings can enhance corrosion resistance and processing adaptability.

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