High-performance spring steel
A high-performance, spring steel technology, applied in the field of alloy steel, can solve the problems of brittle fracture of spring steel, and achieve the effect of high cost performance, long life and good elasticity
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Embodiment 1
[0011] A high-performance spring steel, adding various elements by weight, its composition is: C: 1.9 parts, Cu: 5 parts, Si: 4 parts, Cr: 0.8 parts, Nb: 0.2 parts, V: 0.2 parts, Al : 0.5 parts, Zn: 2 parts, Ni: 0.5 parts, Ni: 0.5 parts, and the rest are Fe and irremovable impurities. The high-performance spring steel material is heated, formed, quenched with waste heat, tempered at medium temperature, and finally the final shape of the product is carried out. The forming and tempering temperature at medium temperature are controlled between 400°C.
Embodiment 2
[0013] A high-performance spring steel, adding various elements by weight, its composition is: C: 2.2 parts, Cu: 6 parts, Si: 8 parts, Cr: 1.2 parts, Nb: 0.5 parts, V: 0.3 parts, Al : 0.8 parts, Zn: 5 parts, Ni: 0.9 parts, Ni: 0.9 parts, and the rest are Fe and irremovable impurities. The high-performance spring steel plate material is heated, formed, quenched with waste heat, tempered at medium temperature, and finally the final shape of the product is carried out. The forming and tempering temperature at medium temperature are controlled between 500°C.
Embodiment 3
[0015] A high-performance spring steel, adding various elements by weight, its composition is: C: 2.1 parts, Cu: 5.5 parts, Si: 6 parts, Cr: 1.1 parts, Nb: 0.4 parts, V: 0.22 parts, Al : 0.6 parts, Zn: 4 parts, Ni: 0.7 parts, Ni: 0.8 parts, and the rest are Fe and unremovable impurities. The high-performance spring steel material is heated, formed, quenched with waste heat, tempered at medium temperature, and finally the final shape of the product is carried out. The forming and tempering temperature at medium temperature are controlled between 460°C.
[0016] Good elasticity, suitable for normal work under load environment, high yield strength for manufacturing spring material, and long life, and will not appear brittle fracture under extremely harsh conditions. Moreover, it is cost-effective and suitable for large-scale promotion and use in the field of industrial manufacturing.
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