热加工工艺
熱加工工藝
열가공공예
HOT WORKING TECHNOLOGY
2009年
22期
152-153,164
,共3页
捆带钢%淬火%回火%微观组织%力学性能
捆帶鋼%淬火%迴火%微觀組織%力學性能
곤대강%쉬화%회화%미관조직%역학성능
strapping steel%quenching%tempering%microstructure%mechanical properties
实验室研究了一种高强捆带钢的热处理工艺、组织和性能的关系.结果表明:含031%C-0.23%Si-1.43%Mn的冷轧板,经735～745℃的两相区迅速淬火+470℃中温同火后可达到1100 MPa以上的抗拉强度和10%以上的伸长率,用此工艺生产的捆带钢比传统的铅浴等温淬火工艺具有更高的强度.
實驗室研究瞭一種高彊捆帶鋼的熱處理工藝、組織和性能的關繫.結果錶明:含031%C-0.23%Si-1.43%Mn的冷軋闆,經735～745℃的兩相區迅速淬火+470℃中溫同火後可達到1100 MPa以上的抗拉彊度和10%以上的伸長率,用此工藝生產的捆帶鋼比傳統的鉛浴等溫淬火工藝具有更高的彊度.
실험실연구료일충고강곤대강적열처리공예、조직화성능적관계.결과표명:함031%C-0.23%Si-1.43%Mn적랭알판,경735～745℃적량상구신속쉬화+470℃중온동화후가체도1100 MPa이상적항랍강도화10%이상적신장솔,용차공예생산적곤대강비전통적연욕등온쉬화공예구유경고적강도.
The relationships between heat treatment processing, microstructure and mechanical properties of high strength steel strapping were investigated. The results show that the high tensile strength (σ_b≥1100 MPa) and good ductility (δ≥10%) of the steel which containing 0.31%C-0.23%Si-1.43%Mn can be obtained by quenching at 735～ 745 ℃ and followed by tempering at 470℃. The strength of strapping steel manufactured by this process is higher than that manufactured by traditional austempering process.
