和金钢不透钢焊丝款式AWS熔敷和金材质有机化学物质式物质物质不起作用材质(%)熔敷和金材质自动化机戒装置制造性可以使用　　途CMnSiSPCrNiMoV以外的别的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不透钢悍接方法工艺中和金钢及16Mn等比较严极为关键低和金钢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不透钢悍接方法工艺中和金钢及比较严极为关键低和金钢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和金钢和相对应的的难度的低和金钢的错误率能率不透钢悍接方法工艺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和金钢和相对应的的难度的低和金钢的错误率能率不透钢悍接方法工艺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采最主要的采用不透钢悍接方法工艺16MnR(HIC)等钢框架  ，如热摄氏度因素溶合器  ，反复氢分液罐等经济负荷容器类类装置等或那些输油管线管不透钢悍接方法工艺低和金钢不透钢焊丝款式AWS熔敷和金材质有机化学物质式物质物质不起作用材质(%)熔敷和金材质自动化机戒装置制造性可以使用　　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最主要的采用打击柔韧有挺高规定的经济负荷容器类类装置等用低和金钢的不透钢悍接方法工艺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最主要的采用较大型变压器油卧式贮罐的不透钢悍接方法工艺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最主要的采用-70℃恒温下2.5%Ni钢的不透钢悍接方法工艺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室温≥27170620℃×1h最主要的采用业务摄氏度因素510℃接下来的珠光体耐温钢不透钢悍接方法工艺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室温≥27160690℃×1h最主要的采用业务摄氏度因素520℃接下来的珠光体耐温钢不透钢悍接方法工艺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采最主要的采用不透钢悍接方法工艺业务在520℃接下来的15CrMoR(HIC)等纯钻石净度和磁学功效规定高的耐温钢  ，如bwin·必赢(中国)唯一官方网站风机通风pvc管道、低压容器类类等、变压器油精粹装置等  ，也可以使用来不透钢悍接方法工艺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室温≥27170690℃×1h最主要的采用业务摄氏度因素520℃接下来的1%铬  ，0.5%钼低和金钢不透钢悍接方法工艺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室温≥27150730℃×2h最主要的采用业务摄氏度因素540℃接下来的珠光体耐温钢不透钢悍接方法工艺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室温≥27140690℃×1h最主要的采用Cr2.25Mo珠光体耐温钢不透钢悍接方法工艺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室温≥27180690℃×1h最主要的采用Cr2.25Mo珠光体耐温钢不透钢悍接方法工艺不透钢不透钢焊丝品牌AWS熔敷和金材质有机化学物质式物质物质不起作用材质(%)熔敷和金材质磁学性可以使用　途CMnSiSPCrNiMoCu以外的别的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)最主要的采用Cr5MoV等珠光体耐温钢的不透钢悍接方法工艺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)最主要的采用0Cr13、1Cr13钢和耐磨损耐蚀钢的单单从表面堆焊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)最主要的采用0Cr13不透钢不透钢悍接方法工艺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最主要的采用业务摄氏度因素高于300℃的0Cr19Ni9不透钢框架的不透钢悍接方法工艺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最主要的采用业务摄氏度因素高于300℃的0Cr19Ni9不透钢框架的不透钢悍接方法工艺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最主要的采用业务摄氏度因素高于300℃的0Cr19Ni9不透钢框架的不透钢悍接方法工艺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最主要的采用特低碳00Cr19Ni10或0Cr18Ni10Ti不透钢的不透钢悍接方法工艺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)最主要的采用特低碳00Cr19Ni10或0Cr18Ni10Ti不透钢的不透钢悍接方法工艺,在196℃下有更好的柔韧  ，采最主要的采用LNG卧式贮罐及通风pvc管道的不透钢悍接方法工艺 。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类似型不透钢及异种钢的不透钢悍接方法工艺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类似型不透钢及异种钢的不透钢悍接方法工艺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最主要的采用耐盐酸媒介被生锈的类似型不透钢不透钢悍接方法工艺及异种钢的不透钢悍接方法工艺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最主要的采用相类似型的特低碳不透刚材质（如磷酸二氢钾合并塔衬里）及异种钢不透钢悍接方法工艺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最主要的采用相类似型的不透钢及分手后复合钢材、异种钢不透钢悍接方法工艺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不透钢悍接方法工艺摄氏度因素专业能力下业务的类似型不透钢、异种钢的不透钢悍接方法工艺  ，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不透钢悍接方法工艺摄氏度因素专业能力下业务的类似型不透钢及异种钢的不透钢悍接方法工艺  ，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不透钢悍接方法工艺摄氏度因素专业能力下业务的类似型不透钢及异种钢的不透钢悍接方法工艺 。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最主要的采用异种钢的不透钢悍接方法工艺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最主要的采用不透钢悍接方法工艺在无机物质和三聚氰胺树脂酸媒介中业务的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最主要的采用不透钢悍接方法工艺在无机物质和三聚氰胺树脂酸媒介中业务的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最主要的采用不透钢悍接方法工艺磷酸二氢钾及合并纤维棉装置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最主要的采用类似型不透钢的不透钢悍接方法工艺  ，有较弱的抗点蚀和破损的缝隙被生锈的专业能力 。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最主要的采用0Cr18Ni12Mo2Ti不透钢的不透钢悍接方法工艺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最主要的采用不透钢悍接方法工艺含钛的0Cr19Ni9Ti不透钢框架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最主要的采用不透钢悍接方法工艺含钛的0Cr19Ni9Ti不透钢框架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最主要的采用热壁加氢不起作用器壁上不透钢堆焊  ，边部铁素体浓度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最主要的采用石化厂、水工领域类似型特低碳不透钢不透钢悍接方法工艺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低和金钢、中和金钢、异种钢的不透钢悍接方法工艺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——室温 Akv≥72130≥540640≥2531最主要的采用不透钢悍接方法工艺高的难度钢、装甲钢和异种的不透钢悍接方法工艺如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最主要的采用904L钢的不透钢悍接方法工艺堆焊不透钢焊丝款式AWS熔敷和金材质有机化学物质式物质物质不起作用材质(%)用　　途CMnSiSPCrFe以外的别的对抗强度EDMn-A-16EFeMn-A≤1.100.5111.00-16.0012.30≤1.300.98——————余下量≤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余下量≤2.50—HRC≥401Cr13球阀堆焊EDCr-B-15—≤0.250.16————————10.00-16.0012.87余下量≤5.00—HRC≥452Cr13球阀堆焊铸钢不透钢焊丝款式AWS熔敷和金材质有机化学物质式物质物质不起作用材质(%)用　　途CMnSiSPNiFe以外的别的EZC—2.00-4.002.19≤0.750.602.5-6.53.4≤0.100.009≤0.150.04——余下量——通常情况灰口铸钢件焊补EZNi-1ENi-C1≤2.00.25≤1.00.86≤2.501.71≤0.030.009——≥9094.55≤8.01.75≤1.0≤1.0极为关键灰口铸钢簿壁件和处理面焊补EZNiFe-1ENiFe-C1≤2.00.11≤2.500.95≤4.01.83≤0.030.012——45-6052.5余下量≤1.0≤1.0极为关键灰口铸钢及球墨铸钢件焊补镍基和金不透钢焊丝款式AWS熔敷和金材质有机化学物质式物质物质不起作用材质(%)熔敷和金材质自动化机戒装置制造性可以使用　　途CMnFePSSiTiNiCuCrNb+TaMo? 以外的别的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最主要的采用耐温耐蚀镍基和金不透钢悍接方法工艺,也能最主要的采用异种钢的不透钢悍接方法工艺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最主要的最主要的采用镍基和金的不透钢悍接方法工艺  ，也可最主要的采用那些难焊和金、异种钢的不透钢悍接方法工艺及深冷钢的不透钢悍接方法工艺