410 Stainless Steel Coil For Mechanical Structural Parts

410 Stainless Steel Coil For Mechanical Structural Parts
410 Stainless Steel Coil For Mechanical Structural Parts suppliers

410 Stainless Steel Coil For Mechanical Structural Parts

410 Stainless Steel Coil for Mechanical Structural Parts is primarily composed of elements such as iron, carbon, and chromium. Its unique material properties make it a preferred material for mechanical load-bearing structures.

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Product Introduction

Products Description

410 Stainless Steel Coil for Mechanical Structural Parts possesses two core characteristics: high strength and strong magnetism. Rolled using specialized processes, it exhibits uniform material properties and excellent formability, perfectly adapting to the support, transmission, and load-bearing requirements of various mechanical structures. It addresses the pain points of ordinary steel, such as insufficient strength, susceptibility to wear, and difficulty in processing. Widely used in the manufacture of various industrial mechanical structural components, it balances performance and cost-effectiveness, making it an excellent choice for cost reduction and efficiency improvement in the machinery industry.

410 Stainless Steel Coil for Mechanical Structural Parts

Product Parameters

Product name	410 Stainless Steel Coil for Mechanical Structural Parts
Material	410 Martensitic Stainless Steel (equivalent to GB 1Cr13, ASTM 410)
Thickness	1.5-4.0mm
Width	1219mm (standard width)
Tensile Strength	Annealed state ≥450MPa; Quenched state 1400-1650MPa; Tempered state 800-1000MPa
Hardness Index	Annealed state ≤200HB; Quenched state 375-425HB; Tempered state 250-300HB (up to HRC35)
Magnetism	Strong Magnetism
Executive Standard	GB/T 3280-2015

Core Advantages

High Strength and Load-Bearing Capacity: 410 martensitic material inherently possesses excellent mechanical strength, which can be further enhanced through heat treatment. It can withstand long-term alternating loads on mechanical structures, is not easily deformed or broken, and is suitable for the support requirements of various mechanical supports and transmission components, solving the problem of insufficient load-bearing capacity of ordinary steel.

Excellent wear resistance: The material has high hardness and a smooth, dense surface, making it wear-resistant and scratch-resistant. It can withstand long-term frictional wear between mechanical parts, effectively extending the service life of mechanical structural components, reducing replacement frequency, and lowering enterprise production costs.

Easy to heat-treatable: The material's hardness and strength can be flexibly adjusted through heat treatment processes such as quenching and tempering to adapt to the needs of different mechanical stress scenarios. It is easy to process and can quickly match the processing technology of various mechanical components, improving production efficiency.

Highly adaptable: The material has good formability and can undergo various processing such as shearing, bending, stamping, and welding, perfectly adapting to the complex forming requirements of mechanical structural components. Whether it's a simple bracket or a precision gear or bearing component, it can be precisely matched.

Material Characteristics

Heat Treatable Strengthening: One of its core characteristics, the material's hardness and tensile strength can be flexibly adjusted through different heat treatment processes, adapting to various mechanical scenarios from light to high stress, making it highly practical.

Strong Magnetism: Unlike austenitic stainless steel, 410 stainless steel possesses strong magnetism, making it suitable for mechanical structures requiring magnetic adsorption and positioning. This eliminates the need for additional magnetic components, simplifying the mechanical design process.

Uniform and Stable Material: Utilizing advanced rolling technology, the entire coil exhibits uniform material consistency, minimal fluctuations in mechanical properties, and a smooth surface free of obvious defects. This results in high dimensional accuracy after processing, ensuring precise assembly of mechanical components.

Moderate Corrosion Resistance: With a chromium content of approximately 12%, it possesses a certain degree of resistance to atmospheric corrosion and mild media corrosion. Suitable for use in industrial workshops, outdoor machinery, and other conventional environments, it eliminates the need for complex anti-corrosion treatments, reducing processing costs.