化学成分见DIN EN 573-3 EN AW-2011A [Al Cu6BiPb(A)] 机械性能 条件热处理或状态 抗拉强度 σb Mpa屈服点 σs Mpa断后伸长率或延伸率 δ %硬度 HBW 冷拉棒材; d/s≤40固溶+冷作+自然时效(T3)≥320≥270≥10(A);≥8(A50)90 冷拉棒材; 40<d/s≤50固溶+冷作+自然时效(T3)≥300≥250≥10(...
EN AW-AlCu6BiPb(DIN 3.1655,AA2011,FC1,A92011,AU5PbBi)德国进口易切削高强度超硬铝合金化学成分力学性能 EN AW-AlCu6BiPb(DIN 3.1655,AA2011,FC1,A92011,AU5PbBi) alloy is the most often selected for high speed automatic lathes. It offer the following advantages: easy machining with any equipment;...
EN AW-AlCu6BiPb(DIN 3.1655,AA2011,FC1,A92011,AU5PbBi)德国进口易切削高强度超硬铝合金化学成分力学性能 作为值得信赖的合作伙伴和高品质金属合金的半成品供应商,上海艾荔艾金属材料有限公司拥有完善的服务体系和专业的团队。在同客户交易的过程中,我们力求根据不同的应
德国W-Nr. EN AW-1050A 对应标准 DIN EN 1301-2-2008 铝及铝合金拉制线材 第2部分:机械性能 Aluminium and aluminium alloys-drawn wires-Part 2: Mechanical properties 归类 铝及铝合金 说明 —是制造DIN 302-2011钢制实心铆钉、 DIN 7338 (C) - 2011 刹车以及离合器衬片用全空心铆钉的指定有色金属材料...
AW-5754 Temper Types The most common tempers for 5754 aluminium are shown below with H114 & H111 being the most common treadplate temper • O - Soft • H111 - Some work hardening imparted by shaping processes but less than required for H11 temper • H22 - Work hardened by rolling...
德国W-Nr.EN AW-5052 其他名称 旧牌号 对应标准DIN EN 1301-2-2008 铝及铝合金拉制线材 第2部分:机械性能 Aluminium and aluminium alloys-drawn wires-Part 2: Mechanical properties 归类铝及铝合金 性能焊接性 标签铝合金 说明应用:牌号标记为AlMg2.5 H14是制造 DIN EN ISO 15977 - 2011 开口型圆头抽芯...
27、wl* fer ftkjnd barZ) )$ Width 9crMA nau forMl hejuagonil Mr, irnGkntu, for fKlangular Ew3 e= Wall Ehckn5.4)FTamper propetty value* w for刑毗wilyPage 10EN 755-2:Table 2 : Alloy EN AW-1070A Al 99,7Extruded rod/barTemperDimensions mmREMPa尺PON MPaA %min.人50mm %min.S=...
TB12NI0601AW6218 21010-1GZ0A 21010-3LM0A 21010-EN20B B1010-1GZ0A B1010-EN20B 21 01 019 88R 21 01 027 73R 21 01 035 96RDOLZ : N150 DAYCO : DP459 HEPU : P7396NISSAN QASHQAI / QASHQAI +2 I (J10, NJ10, J...
Aluminium Round Bar Drawn En Aw-6026 T9, Find Details and Price about Aluminium Round Bar En Aw-6082 Aluminium Round Bar En Aw-6026 from Aluminium Round Bar Drawn En Aw-6026 T9 - Shanghai Zhongduo Aluminum New Material Group Co., Ltd.
EN AW-7075PorosityAs a widely used additive manufacturing technique, the laser metal deposition process (LMD) also known as direct energy deposition (DED) is often used to manufacture large-scale parts. Advantages of the LMD process are the high build-up rate as well as its nearly limitless ...