铝铝镍钢类钢焊材规格具体形号查询AWS熔敷组合检查是否上含碳量(%)熔敷组合厂家性用　　途CMnSiSPCrNiMoV别的R m(MPa)Rel或Rp0.2(MPa)A(%)A KV (J)E5015E7015—0.082≤1.601.18≤0.750.53≤0.0200.010≤0.0300.021≤0.200.037≤0.300.014≤0.300.002≤0.080.010≥490570≥400470≥2230-30℃ ≥27170锡焊中铝铝镍钢类钢及16Mn等较为严注重低铝铝镍钢类钢E5016E7016—0.069≤1.601.11≤0.750.53≤0.0200.007≤0.0300.020≤0.200.037≤0.300.013≤0.300.002≤0.080.010≥490550≥400440≥2231-30℃ ≥27170锡焊中铝铝镍钢类钢及较为严注重低铝铝镍钢类钢E5018E7018—0.068≤1.601.08≤0.750.41≤0.0200.012≤0.0300.015≤0.200.011≤0.300.035≤0.300.001≤0.080.002≥490560≥400465≥2229-30℃ ≥27160铝铝镍钢类钢和相对承载力的低铝铝镍钢类钢的有利用率率锡焊E5018-1E7018-1—0.075≤1.601.00≤0.750.40≤0.0200.010≤0.0300.015≤0.200.012≤0.300.030≤0.300.001≤0.080.001≥490560≥400470≥2230-50℃ ≥27110铝铝镍钢类钢和相对承载力的低铝铝镍钢类钢的有利用率率锡焊E5015HICE7015—0.082≤1.601.18≤0.750.53≤0.0100.006≤0.0100.009≤0.200.008≤0.300.014≤0.300.002≤0.080.010≥490570≥400470≥2230-30℃ ≥27170使于于锡焊16MnR(HIC)等钢冷库保温隔热板的外层材料304材质的钢材耐腐蚀有效基本材料表  ，如热气温转移器  ，再循环氢分液罐等学习压力差器皿或一定输油管网管网锡焊低铝铝镍钢类钢焊材规格具体形号查询AWS熔敷组合检查是否上含碳量(%)熔敷组合厂家性用　　途CMnSiSPCrNiMoVR m(MPa)Rel或Rp0.2(MPa)A(%)A KV (J)PWHTE5015-GE7015-G-0.062≥1.001.15≥0.800.47-0.009-0.015-≥0.500.70--≥490560≥410430≥2529-40℃ ≥54150620℃×1h使于波动可塑性有更高些的想要的学习压力差器皿用低铝铝镍钢类钢的锡焊E6015-GE9015-G-0.061≥1.001.21≥0.800.42-0.007-0.015-≥0.500.95≥0.200.26-≥590650≥490550≥1723-50℃≥2780620℃×1h使于中小型煤层气贮罐的锡焊E5515-C1E8015-C1≤0.120.040≤1.250.95≤0.600.35≤0.0350.012≤0.0350.015-2.0-2.752.21--≥540580≥440490≥1730-70℃≥27110620℃×1h使于-70℃高低温下2.5%Ni钢的锡焊E5018-A1E7018-A1≤0.120.063≤0.900.82≤0.800.28≤0.0200.013≤0.0300.015——0.40-0.650.57—≥490600≥410530≥2528低温下≥27170620℃×1h使于办公任务气温510℃这的的珠光体耐中气温性钢锡焊E5515-B2-0.05-0.120.067≤0.900.70≤0.600.37≤0.0200.011≤0.0300.0150.80-1.501.14—0.40-0.650.51—≥550630≥460510≥1924低温下≥27160690℃×1h使于办公任务气温520℃这的的珠光体耐中气温性钢锡焊E5515-B2(HIC)-0.05-0.120.055≤0.900.80≤0.600.28≤0.0200.006≤0.0300.0090.80-1.501.27—0.40-0.650.51—≥550640≥460500≥1925-10℃ -30℃≥54  ≥54200  100690℃×8h使于于锡焊办公任务在520℃这的的15CrMoR(HIC)等纯纯净度和热学耐蚀化性的想要高的耐中气温性钢  ，如工业bwin·必赢(中国)唯一官方网站燃烧热力排水管道、高压力器皿、煤层气浓缩的机械装备等  ，也可来锡焊３０CrMnSi铸钢E5518-B2E8018-B20.05-0.120.080≤0.900.73≤0.800.24≤0.0200.009≤0.0300.0130.80-1.51.31—0.40-0.650.52—≥540630≥440520≥1922低温下≥27170690℃×1h使于办公任务气温520℃这的的1%铬  ，0.5%钼低铝铝镍钢类钢锡焊E5515-B2-V—0.05-0.120.066≤0.900.70≤0.600.37≤0.0200.012≤0.0300.0150.8-1.51.12—0.40-0.650.520.10-0.350.18≥540630≥440510≥1721低温下≥27150730℃×2h使于办公任务气温540℃这的的珠光体耐中气温性钢锡焊E6015-B3E9015-B30.05-0.120.067≤0.900.65≤0.600.38≤0.0200.012≤0.0300.0162.00-2.502.23—0.90-1.201.02—≥590680≥490570≥1720低温下≥27140690℃×1h使于Cr2.25Mo珠光体耐中气温性钢锡焊E6018-B3E9018-B30.05-0.120.080≤0.900.75≤0.800.30≤0.0200.010≤0.0300.0122.00-2.502.34—0.90-1.201.14—≥590680≥490580≥1720低温下≥27180690℃×1h使于Cr2.25Mo珠光体耐中气温性钢锡焊铝硬质锰钢类焊材冷库保温隔热板的外层材料304材质的钢材具体形号AWS熔敷组合检查是否上含碳量(%)熔敷组合热学性用　途CMnSiSPCrNiMoCu别的R m(MPa)A(%)E5MoV-15—≤0.120.0740.5-0.90.68≤0.500.42≤0.0300.010≤0.0300.0194.5-6.05.3—0.40-0.700.55≤0.50.052V : 0.10-0.350.25≥540625(750℃×4h)≥1420(750℃×4h)使于Cr5MoV等珠光体耐中气温性钢的锡焊E410-15E410-15≤0.120.048≤1.00.81≤0.900.44≤0.0300.007≤0.0300.02311.0-13.513.16≤0.700.51≤0.750.12≤0.750.15—≥450545(750℃×1h)≥2023(750℃×1h)使于0Cr13、1Cr13钢和耐磨性能耐蚀钢的表明堆焊E410NiMo-15E410NiMo-15≤0.060.030≤1.00.71≤0.900.26≤0.0300.006≤0.0300.01611.0-12.512.154.0-5.04.390.40-0.700.45≤0.750.17—≥760890(610℃×1h)≥1517(610℃×1h)使于0Cr13铝硬质锰钢类锡焊E308-16E308-16≤0.080.0520.5-2.51.33≤0.900.71≤0.0300.007≤0.0300.02118.0-21.019.829.0-11.09.45≤0.750.13≤0.750.20—≥550630≥3540使于办公任务气温不达不到300℃的0Cr19Ni9铝硬质锰钢类冷库保温隔热板的外层材料304材质的钢材耐腐蚀有效基本材料表的锡焊E308-15E308-15≤0.080.0570.5-2.51.35≤0.900.41≤0.0300.007≤0.0300.02118.0-21.019.789.0-11.09.75≤0.750.15≤0.750.20—≥550630≥3540使于办公任务气温不达不到300℃的0Cr19Ni9铝硬质锰钢类冷库保温隔热板的外层材料304材质的钢材耐腐蚀有效基本材料表的锡焊E308H-16E308H-160.04-0.080.0580.5-2.51.14≤0.900.62≤0.0300.007≤0.0300.02018.0-21.019.709.0-11.09.68≤0.750.20≤0.750.10—≥550645≥3542使于办公任务气温不达不到300℃的0Cr19Ni9铝硬质锰钢类冷库保温隔热板的外层材料304材质的钢材耐腐蚀有效基本材料表的锡焊E308L-16E308L-16≤0.040.0280.5-2.51.15≤0.900.70≤0.0300.010≤0.0300.01918.0-21.019.259.0-11.09.49≤0.750.10≤0.750.13—≥520590≥3544使于低好碳00Cr19Ni10或0Cr18Ni10Ti铝硬质锰钢类的锡焊E308L-16WE308L-16≤0.040.0290.5-2.52.14≤0.900.53≤0.0300.010≤0.0300.01918.0-21.019.259.0-11.010.2≤0.750.10≤0.750.13—≥520590≥3544-196℃ A KV 41(J)使于低好碳00Cr19Ni10或0Cr18Ni10Ti铝硬质锰钢类的锡焊,在196℃下有更好的可塑性  ，使于于LNG贮罐及热力排水管道的锡焊 。E309-16E309-16≤0.150.0680.5-2.51.15≤0.900.62≤0.0300.011≤0.0300.02622.0-25.024.4412.0-14.012.42≤0.750.19≤0.750.20—≥550635≥2533累似型铝硬质锰钢类及异种钢的锡焊E309-15E309-15≤0.150.0700.5-2.51.21≤0.900.52≤0.0300.009≤0.0300.02122.0-25.024.1512.0-14.012.60≤0.750.13≤0.750.11—≥550620≥2535累似型铝硬质锰钢类及异种钢的锡焊E309Mo-16E309Mo-16≤0.120.0530.5-2.51.22≤0.900.63≤0.0300.012≤0.0300.02322.0-25.023.5312.0-14.013.462.0-3.02.24≤0.750.20—≥550645≥2535使于耐浓盐酸物料蚀化的累似型铝硬质锰钢类锡焊及异种钢的锡焊E309MoL-16E309MoL-16≤0.040.0290.5-2.51.05≤0.900.54≤0.0300.009≤0.0300.02122.0-25.023.2312.0-14.012.652.0-3.02.21≤0.750.15—≥540630≥2534使于相累似型的低好碳铝硬质锰钢类涂料（如车用尿素溶液获得塔衬里）及异种钢锡焊E309L-16E309L-16≤0.040.0330.5-2.51.23≤0.900.65≤0.0300.009≤0.0300.02122.0-25.024.4012.0-14.012.70≤0.750.10≤0.750.15—≥520610≥2537使于相累似型的铝硬质锰钢类及组合角钢、异种钢锡焊E310-16E310-160.08-0.200.131.0-2.51.89≤0.750.41≤0.0300.009≤0.0300.02025.0-28.027.3120.0-22.521.40≤0.750.12≤0.750.10—≥550650≥2534锡焊气温因素下办公任务的累似型铝硬质锰钢类、异种钢的锡焊  ，如Cr5Mo、Cr9Mo、Cr13等E310-15E310-150.08-0.200.141.0-2.51.79≤0.750.36≤0.0300.008≤0.0300.01725.0-28.027.4620.0-22.521.35≤0.750.10≤0.750.10—≥550625≥2536锡焊气温因素下办公任务的累似型铝硬质锰钢类及异种钢的锡焊  ，如Cr5Mo、Cr9Mo、Cr13等E310Mo-16E310Mo-16≤0.120.0811.0-2.51.72≤0.750.39≤0.0300.011≤0.0300.02025.0-28.026.9120.0-22.020.992.0-3.02.45≤0.750.10—≥550660≥2536锡焊气温因素下办公任务的累似型铝硬质锰钢类及异种钢的锡焊 。E312-16E312-16≤0.150.0850.5-2.51.21≤0.900.77≤0.0300.011≤0.0300.02228.0-32.029.598.0-10.59.17≤0.750.15≤0.750.12—≥660795≥2224使于异种钢的锡焊E316-16E316-16≤0.080.0390.5-2.51.22≤0.900.65≤0.0300.012≤0.0300.02517.0-20.019.2111.0-14.011.962.0-3.02.41≤0.750.13—≥520580≥3041使于锡焊在可挥发和硅酸酸物料中办公任务的0Cr18Ni12Mo2钢E316-15E316-15≤0.080.0500.5-2.51.21≤0.900.45≤0.0300.010≤0.0300.02117.0-20.018.5811.0-14.012.002.0-3.02.30≤0.750.14—≥520595≥3040使于锡焊在可挥发和硅酸酸物料中办公任务的0Cr18Ni12Mo2钢E316L-16E316L-16≤0.040.0290.5-2.51.23≤0.900.60≤0.0300.011≤0.0300.01917.0-20.019.2011.0-14.011.432.0-3.02.27≤0.750.14—≥490580≥3041使于锡焊车用尿素溶液及获得弹性纤维的机械装备E317L-16E316L-16≤0.040.0290.5-2.51.23≤0.900.60≤0.0300.011≤0.0300.01918.0-21.019.9012.0-14.011.433.0-4.02.27≤0.750.14—≥490580≥3041使于累似型铝硬质锰钢类的锡焊  ，还具有较弱的抗点蚀和空间蚀化的学习能力 。E318-16E318-16≤0.080.0450.5-2.51.30≤0.900.45≤0.0300.009≤0.0300.02517.0-20.018.9511.0-14.011.602.0-3.02.12≤0.750.15Nb: 6xC%-1.000.60≥520610≥2535使于0Cr18Ni12Mo2Ti铝硬质锰钢类的锡焊E347-16E347-16≤0.080.0450.5-2.51.08≤0.900.66≤0.0300.011≤0.0300.02518.0-21.019.959.0-11.09.51≤0.750.15≤0.750.10Nb: 8xC%-1.000.54≥520615≥2532使于锡焊含钛的0Cr19Ni9Ti铝硬质锰钢类冷库保温隔热板的外层材料304材质的钢材耐腐蚀有效基本材料表E347-15E347-15≤0.080.0620.5-2.51.24≤0.900.48≤0.0300.009≤0.0300.02118.0-21.019. 889.0-11.09.48≤0.750.12≤0.750.10Nb: 8xC%-1.000.61≥520630≥2531使于锡焊含钛的0Cr19Ni9Ti铝硬质锰钢类冷库保温隔热板的外层材料304材质的钢材耐腐蚀有效基本材料表E347L-16E347-16≤0.040.0320.8-2.51.25≤0.900.63≤0.0200.009≤0.0300.01718.0-21.019.109.0-11.09.95≤0.500.11≤0.200.13Nb: 8xC%-1.000.52≥520620≥3038使于热壁加氢想法器外壁铝硬质锰钢类堆焊  ，外层铁素体含碳量3～8%E2209-16E2209-16≤0.040.0280.5-2.01.67≤0.900.60≤0.0300.011≤0.0300.02521.5-23.522.848.5-10.59.732.5-3.53.15≤0.750.10N: 0.08-0.20.11≥690765≥2028使于石化厂、水工相关行业累似型低好碳铝硬质锰钢类锡焊E16-25MoN-15—≤0.120.0540.5-2.51.27≤0.900.62≤0.0300.007≤0.0300.01714.0-18.016.6922.0-27.023.435.0-7.06.56≤0.500.12N≥0.10.15≥610685≥3038低铝铝镍钢类钢、中铝铝镍钢类钢、异种钢的锡焊E1-19-10Mn6-15—≤0.140.073.5-7.05.90.30-1.200.51≤0.0250.012≤0.0300.02118.0-21.019.88.0-11.09.8——低温下 Akv≥72130≥540640≥2531使于锡焊高承载力钢、装甲钢和异种的锡焊如H617E385-16E385-16≤0.030.221.0～2.52.10≤0.750.45≤0.0200.006≤0.0300.02219.5～21.520.7924.0～26.025.224.2～5.24.91.2～2.01.38—≥520630≥3035使于904L钢的锡焊堆焊焊材规格具体形号查询AWS熔敷组合检查是否上含碳量(%)用　　途CMnSiSPCrFe别的抗拉强度EDMn-A-16EFeMn-A≤1.100.5111.00-16.0012.30≤1.300.98——————的留量≤5.00—HB≥170高锰钢堆焊EDCr-A1-15—≤0.150.11————≤0.0300.011≤0.0400.02110.00-16.0013.25的留量≤2.50—HRC≥401Cr13球阀堆焊EDCr-B-15—≤0.250.16————————10.00-16.0012.87的留量≤5.00—HRC≥452Cr13球阀堆焊球墨铸件质焊材规格具体形号查询AWS熔敷组合检查是否上含碳量(%)用　　途CMnSiSPNiFe别的EZC—2.00-4.002.19≤0.750.602.5-6.53.4≤0.100.009≤0.150.04——的留量——平常灰口球墨铸件质件焊补EZNi-1ENi-C1≤2.00.25≤1.00.86≤2.501.71≤0.030.009——≥9094.55≤8.01.75≤1.0≤1.0注重灰口球墨铸件质碳素钢管件和加工处理面焊补EZNiFe-1ENiFe-C1≤2.00.11≤2.500.95≤4.01.83≤0.030.012——45-6052.5的留量≤1.0≤1.0注重灰口球墨铸件质及球墨球墨铸件质件焊补镍基铝铝镍钢类焊材规格具体形号查询AWS熔敷组合检查是否上含碳量(%)熔敷组合厂家性用　　途CMnFePSSiTiNiCuCrNb+TaMo? 别的R m(MPa)A(%)ENiCrFe-3ENiCrFe-3≤0.100.045.0-9.56.80≤10.06.0≤0.030.01≤0.0150.01≤1.00.40≤1.00.20≥5968.10≤0.500.1013.0-17.016.01.0-2.52.0——≤0.50≥550625≥3039使于耐中气温性耐蚀镍基铝铝镍钢类锡焊,也能使于异种钢的锡焊ENiCrMo-3ENiCrMo-3≤0.100.030≤1.00.60≤7.05.00≤0.030.01≤0.020.01≤0.750.40——≥55.059.0≤0.500.0320.0-23.022.103.15-4.153.708.0-10.08.80≤0.50≥760800≥3034注意使于镍基铝铝镍钢类的锡焊  ，也可使于一定难焊铝铝镍钢类、异种钢的锡焊及深冷钢的锡焊