首页|真空热轧316L钢/Q355钢和304L钢/Q355钢复合板耐摩擦磨损性能研究

真空热轧316L钢/Q355钢和304L钢/Q355钢复合板耐摩擦磨损性能研究

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通过在模拟实际生产条件下进行的摩擦磨损试验,研究了真空热轧的316L钢/Q355钢和304L钢/Q355钢复合板的耐摩擦磨损性能.结果表明:以相同的试验参数摩擦磨损试验60 min后,304L钢/Q355钢复合板的质量损失为132.7 g,而316L钢/Q355钢复合板的为115.2 g,即后者的耐磨性优于前者;摩擦磨损试验后,304L钢/Q355钢复合板的平均位错密度为4.19 ×10 14 m-2,而316L钢/Q355钢复合板的为5.23 ×10 14 m-2;304L钢/Q355钢复合板在摩擦磨损试验中产生的马氏体体积分数为2.1%,而316L钢/Q355钢复合板的为3.0%.
Study on Friction-Wear Resistance of Vacuum Hot-Rolled 316L Steel/Q355 Steel and 304L Steel/Q355 Steel Clad Plates
Friction-wear resistance of vacuum hot-rolled 316L steel/Q355 steel and 304L steel/Q355 steel clad plates was investigated via friction-wear tests which were performed under the simulated actual production conditions.The results showed that(a)after friction-wear testing for 60 min at the same test parameters,the 304L steel/Q355 steel clad plate exhibited mass loss of 132.7 g,and the 316L steel/Q355 steel clad plate exhibited mass loss of 115.2 g,that is,the latter was superior to the former in wear resistance;(b)the average dislocation densities were 4.19 × 10 14 m-2 in 304L steel/Q355 steel clad plate,and 5.23×10 14 m-2 in 316L steel/Q355 steel clade plate after friction-wear testing;and(c)the volume fraction of martensite formed during the friction-wear testing was 2.1%in 304L steel/Q355 steel clad plate and 3.0%in 316L steel/Q355 steel clade plate.

clad platefriction-wearwear resistancefriction-induced martensitic transformationdislocation density

王攀峰、王炜康、张栩源、杨啸雨、张顺顺、王青峰

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南京钢铁股份有限公司,江苏南京 211500

燕山大学亚稳材料制备技术与科学国家重点实验室,河北秦皇岛 066004

复合板 摩擦磨损 耐磨性 摩擦诱导马氏体相变 位错密度

2025

上海金属
上海市金属学会

上海金属

影响因子:0.473
ISSN:1001-7208
年,卷(期):2025.47(1)