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镍基合金粉末Ni60 Ni60A
来自:临沂鑫亿源焊接材料有限公司
189人民币
发布时间:2019-9-20
关注次数:430
产品参数
商品详情
超细镍基合金粉 镍基合金粉末Ni60 Ni60A Ni60B
牌号
硬度
化学成分(%)
Ni15A
15
C 0.1, Si2, B1.2,Cr0.5, Fe≤5, Ba1 Ni
Ni17A
17
C 0.1, Si2, B1, Cr1, Fe≤5, Ba1 Ni
Ni20A
20
C 0.1, Si3, B1, Cr1, Fe≤6, Ba1 Ni
Ni20B
20
C 0.1, Si3, B1, Cr5, Fe≤15, Ba1 Ni
Ni22A
22
C 0.1, Si3, B1, Cr1, Fe≤0.1, Ba1 Ni
Ni25A
25
C 0.1, Si3, B1, Cr1, Fe≤6, Ba1 Ni
Ni25B
25
C 0.3, Si3, B1, Cr5, Fe≤15, Ba1 Ni
Ni35A
35
C 0.3, Si3, B2.2,Cr10, Fe≤5, Ba1 Ni
Ni35B
35
C 0.3, Si3, B2.2,Cr10, Fe≤15, Ba1 Ni
Ni40A
40
C 0.3, Si3, B2.5,Cr12, Fe≤5, Ba1 Ni
Ni45A
45
C 0.4, Si3, B2.8,Cr12, Fe≤5, Ba1 Ni
Ni45B
45
C 0.4, Si3, B2.8,Cr12, Fe≤15, Ba1 Ni
Ni50A
50
C 0.5, Si3, B3, Cr12, Fe≤5, Ba1 Ni
Ni50B
50
C 0.5, Si3, B3, Cr12, Fe≤15, Ba1 Ni
Ni55A
55
C 0.8, Si4, B3, Cr14, Fe≤5, Ba1 Ni
Ni55B
55
C 0.8, Si4, B3, Cr14, Fe≤15, Ba1 Ni
Ni60AA
60
C 0.9, Si4, B3.2,Cr16, Fe≤2.4, Ba1 Ni
Ni60A
60
C 0.9, Si4, B3.2,Cr16, Fe≤5, Ba1 Ni
Ni60B
60
C 0.9, Si4, B3.2,Cr16, Fe≤15, Ba1 Ni
Ni60CuMo
60
C 0.9, Si4, B4, Cr16, Fe≤5, Cu3.2 Mo3, Ba1 Ni
Ni60CuMoW
60
C 0.9, Si4, B3.2, Cr16, Fe≤5, Cu3.2 Mo3, W3, Ba1 Ni
Ni65
65
C 1.1,Si4, B4,Cr18, Fe≤15, Ba1 Ni
Ni25C
25
C≤0.2,Si2-3.5,B1-2,Cr5-10,Fe≤4,O≤0.05 Bal Ni
Ni35C
35
C≤0.4,Si2-3.5,B1.5-2.5,Cr7-10,Fe≤4,O≤0.05 Bal Ni
Ni45C
45
C≤0.3-0.6,Si2-3.5,B2-3,Cr11-15,Fe≤5,O≤0.05 Bal Ni
Ni55C
55
C≤0.5-0.9,Si3.5-5,B2.5-4,Cr14-17,Fe≤5,O≤0.05 Bal Ni
Ni60C
60
C≤0.5-1.1,Si3-5,B3-4,Cr15-20,Fe≤5,O≤0.05 Bal Ni
简介:镍基自熔合金粉末以良好的润湿性、耐蚀性、高温自润性和合适的价格在激光熔覆材料中应用最广。主要适用于
局部要求耐磨、耐热腐蚀及抗热疲劳的构件,所需激光功率密度比铁基略高。运用Fe、Cr、Co、Mo、W等元素进行奥氏体
固溶强化。对于碳钢、不锈钢、合金钢、、铸钢等基材有较好的适应性。含硫钢基材慎用
粒度:-100 -200 -325 -400目
牌号
硬度
化学成分(%)
Ni15A
15
C 0.1, Si2, B1.2,Cr0.5, Fe≤5, Ba1 Ni
Ni17A
17
C 0.1, Si2, B1, Cr1, Fe≤5, Ba1 Ni
Ni20A
20
C 0.1, Si3, B1, Cr1, Fe≤6, Ba1 Ni
Ni20B
20
C 0.1, Si3, B1, Cr5, Fe≤15, Ba1 Ni
Ni22A
22
C 0.1, Si3, B1, Cr1, Fe≤0.1, Ba1 Ni
Ni25A
25
C 0.1, Si3, B1, Cr1, Fe≤6, Ba1 Ni
Ni25B
25
C 0.3, Si3, B1, Cr5, Fe≤15, Ba1 Ni
Ni35A
35
C 0.3, Si3, B2.2,Cr10, Fe≤5, Ba1 Ni
Ni35B
35
C 0.3, Si3, B2.2,Cr10, Fe≤15, Ba1 Ni
Ni40A
40
C 0.3, Si3, B2.5,Cr12, Fe≤5, Ba1 Ni
Ni45A
45
C 0.4, Si3, B2.8,Cr12, Fe≤5, Ba1 Ni
Ni45B
45
C 0.4, Si3, B2.8,Cr12, Fe≤15, Ba1 Ni
Ni50A
50
C 0.5, Si3, B3, Cr12, Fe≤5, Ba1 Ni
Ni50B
50
C 0.5, Si3, B3, Cr12, Fe≤15, Ba1 Ni
Ni55A
55
C 0.8, Si4, B3, Cr14, Fe≤5, Ba1 Ni
Ni55B
55
C 0.8, Si4, B3, Cr14, Fe≤15, Ba1 Ni
Ni60AA
60
C 0.9, Si4, B3.2,Cr16, Fe≤2.4, Ba1 Ni
Ni60A
60
C 0.9, Si4, B3.2,Cr16, Fe≤5, Ba1 Ni
Ni60B
60
C 0.9, Si4, B3.2,Cr16, Fe≤15, Ba1 Ni
Ni60CuMo
60
C 0.9, Si4, B4, Cr16, Fe≤5, Cu3.2 Mo3, Ba1 Ni
Ni60CuMoW
60
C 0.9, Si4, B3.2, Cr16, Fe≤5, Cu3.2 Mo3, W3, Ba1 Ni
Ni65
65
C 1.1,Si4, B4,Cr18, Fe≤15, Ba1 Ni
Ni25C
25
C≤0.2,Si2-3.5,B1-2,Cr5-10,Fe≤4,O≤0.05 Bal Ni
Ni35C
35
C≤0.4,Si2-3.5,B1.5-2.5,Cr7-10,Fe≤4,O≤0.05 Bal Ni
Ni45C
45
C≤0.3-0.6,Si2-3.5,B2-3,Cr11-15,Fe≤5,O≤0.05 Bal Ni
Ni55C
55
C≤0.5-0.9,Si3.5-5,B2.5-4,Cr14-17,Fe≤5,O≤0.05 Bal Ni
Ni60C
60
C≤0.5-1.1,Si3-5,B3-4,Cr15-20,Fe≤5,O≤0.05 Bal Ni
简介:镍基自熔合金粉末以良好的润湿性、耐蚀性、高温自润性和合适的价格在激光熔覆材料中应用最广。主要适用于
局部要求耐磨、耐热腐蚀及抗热疲劳的构件,所需激光功率密度比铁基略高。运用Fe、Cr、Co、Mo、W等元素进行奥氏体
固溶强化。对于碳钢、不锈钢、合金钢、、铸钢等基材有较好的适应性。含硫钢基材慎用
粒度:-100 -200 -325 -400目
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