全国最全焊条型号、用途对照表

./常用焊接材料选用明细序号母材材质焊接材料备注第一部分:压力管道用焊接材料1、Ⅰ类材料120J422220H08Mn2Si320TIG-J50420H08Mn2Si+J422520H08A620TIG-J50+J4277A106Gr.BH08Mn2SiA+J4278A234WPB+A106Gr.BH08Mn2Si+J4272、Ⅱ类材料916MnH08Mn2Si+J5073、Ⅳ类材料10A335P22TIG-R40R4071112Cr1MoVH08CrMoVA1212Cr1MoVH08CrMoVA+R3171312Cr2MoGTIG-R40/R4071415CrMoH05CrMoTiRe+R3071515CrMoH13CrMoA+R3071615CrMo+P11H13CrMoA+R30717P11H13CrMoA+R30718P22TIG-R4019P22TIG-R40,R40720P22+12Cr1MoVH08CrMoVA/R3174、Ⅴ类材料21Cr5MoHCr5Mo+R50722Cr5MoTIG-R40+R50723STFA-25HCr5Mo+R507241Cr5MoTIG-R40+R50725P5〔1Cr5MoA3025、Ⅵ类材料2609Mn2VDRTGS-1N+W707Ni6、Ⅶ类材料27A312TP304TGF-308L,A13728A312TP316LTGF-316LA022290Cr18Ni10TiH0Cr20Ni10Ti300Cr18Ni10TiH0Cr20Ni10Ti/A137310Cr18Ni12Mo2TiTGF-316LA022320Cr18Ni9E308L-T330Cr18Ni9TGF308L-T341Cr18Ni9TiA13235316LH00Cr19Ni12Mo2/A02236TP304H1Cr19Ni9Ti/A13237TP316H0Cr19Ni12Mo2/A20238TP321H0Cr20Ni10Ti/A13739TP321TGF347+A13740TP347H0Cr20Ni10Nb/A13741TP347H0Cr20Ni10Nb/A1377、Ⅷ类材料420Cr13H0Cr20Ni10Ti、A1328、复合钢管43304/20H1Cr24Ni13/A3029、异类材料4409Mn2DR+TP304H1Cr24Ni13/A307451Cr5Mo+316LH1Cr24Ni13+A302461Cr5Mo+T9H1Cr9Mo/R7074720+00Cr17Ni14Mo2H1Cr24Ni13,A3024820+1Cr5MoH08Mn2SiA+J42749304L+316TiTGF316L+A02250A106Gr.B+20MnMoH08Mn2SiAJ42751A106Gr.B+TP304H1Cr24Ni13/A40752Cr5Mo+15CrMo13CrMoA/R30753Cr5Mo+1Cr18Ni9TiH1Cr24Ni13/A30254P1113CrMoA/R30755P11+2013CrMoA/J42756P11+TP304H1Cr24Ni13/A40710、特殊材料及其与异种钢570Cr25Ni20H0Cr25Ni20/A4075815Mo3+15CrMoH08CrMoA、A1075915Mo3+20TIG-J50、J4276020Cr33NiNbERNiCr-36120Cr33NiNb+Incoloy800HERNiCr-362800HT+TP347ENiCrCoMo-163904L904L64A333-6TGS-1N,W707Ni65A335P22+Incoloy800HERNiCr-3+Ni33766A671CC70TGS-1N,W707Ni67B407800H+Inconloy800HERNiCrCoMo-168B407800HT+TP304ERNiCr-369B407800HT+P11ERNiCrCoMo-170Incoloy800HERNiCr-371Incoloy800H+P11ERNiCr-372P22+TP304HH1Cr24Ni13、A30773SA333-6H08Mn2MoVA+W707Ni74T9H1Cr9Mo/R70775TP1HSCCu20176UNSN04400Alloy60,Alloy19077ZG4Cr35Ni45Nb+Inconloy800HERNiCrMo-378ZG4Cr35Ni45Nb+ZG4Cr25Ni35NbERNiCr-311、卷制管79L245ER50-6、J42780L245+20ER50-6、J42281X42H08Mn2Si+J42782X52TIG-J50+J50683X60E6010+E8010+E801884X65TIG-J50+J557第二部分:压力容器板材用焊接材料1、Ⅰ类材料115#J422、H08A+HJ431220#+20gTIG-J50/J427320#+20gJ427420gJ427520gTIG-J50/J427620gH08A+HJ431720gTIG-J50/J427820RJ427920RTIG-J50/J4271020RH08A+HJ4311120RH10MnSi+HJ4311220RH08Mn2SiA1325#+Q235-BJ42714Q235-AJ42715Q235-AE4315/H08A+HJ43116Q235-AH08A+HJ43117Q235-ATIG-J50/J42718Q235-BJ42719Q235-BJ42220SA516Gr.60LB52NS2、Ⅱ类材料2115MnVJ5072216MnH10MnSi+HJ4312316MngTIG-J50/E50152416MnRJ5072516MnRJ5062616MnRTIG-J502716MnRJ427/H10MnSi+HJ4312816MnRH08A+HJ4312916MnRH10MnSi+HJ4313016MnRH10Mn2+HJ4313116MnRH08Mn2SiA3216MnRA062、A0023316MnREG-13416MnRTIG-J50,J5073516MnR+15MnNbRJ5573620MnMoJ5073720MnMoTIG-J50/J50738Q345EE501539SPV36NJ507B3、Ⅲ类材料40CF62E6015-G41610U2LB-62ULSPV490QSRMG-6042SPV490QSRLB-6243SPV490QLB-6244SPV490QDWS-60G45SPV490QDS-49/MF-33H4、Ⅳ类材料4613CrMo44R3074714Cr1MoRR307B4814Cr1Mo锻H11CrMo45A+R307B4914Cr1Mo锻+14Cr1MoRH11CrMo45A+R307B5015CrMoH13CrMoA+HJ250G5115CrMoRR3075215CrMoRH05CrMoTIRe/R3075315CrMoRH13CrMoA+HJ250G5415CrMoRA3075515CrMo锻E309MoLT1-15615CrMo锻E309LT1-1,E316LT1-15715CrMo锻ER309L5815CrMo锻H05CrMoTiRe、R3075915CrMo锻R3076015CrMo锻+15CrMoRR3075、Ⅴ类材料611Cr5MoR5076、Ⅵ类材料6216MnDRH05MnSiTiRe、J507RH6316MnDRJ507RH6407MnNiCrMoVDR+08MnNiCrMoVDJ607RH6508MnNiCrMoVDTGS-3N、J607RH6608MnNiCrMoVDJ607RH7、Ⅶ类材料67316H00Cr19Ni12Mo2-HJ26068316A022690Cr18Ni9A132700Cr18Ni9H0Cr21Ni10+A102710Cr18Ni9H0Cr20Ni10-HJ260720Cr18Ni9A102730Cr18Ni9TiH0Cr20Ni10Ti+HJ260741Cr18Ni9TiA137751Cr18Ni9TiH0Cr20Ni10Ti/A132761Cr18Ni9TiH0Cr20Ni10Ti/HJ260771Cr18Ni9TiHJ260-H0Cr20Ni10Ti78304LH0Cr20Ni10Ti/A00279304LA00280316LA02281316LH00Cr19Ni12Mo2/A02282316LH0Cr20Ni14Mo3+HJ26083AISI304H0Cr20Ni10Ti/A1328、复合材料840Cr13/15CrMoRR307、Ni337850Cr13/15CrMoRWELGTAW82、Ni337860Cr13/20RJ427、H08A-HJ431、A302、A102870Cr13Al/16MnRJ507、A062880Cr13Al/20RJ427、A062890Cr18Ni9/20RJ427、H08A-HJ431、A302、A102902205/20RJ427、91304L/16MnRJ507/A302/A00292304L/20RJ427/A302/A00293316L/16MnRJ507、A022、A042、H10MnSiA+HJ43194316L/16MnRJ507/A042/A02295316L/20RH08A+HJ431、A042、A02296316L/20RJ427、A022、A04297316L/20RJ427、A022、A042、H08A+HJ43198405/16MnR299405/20gJ427.A132.A302、H08A+HJ431100405/20RJ427、A302、A132、H08A+HJ431101405/20RJ427、A062102405/20R+2205/20RJ427、A062103SA405/20RJ427、A062104SA405/20RJ427、H08A-HJ431、A062105SUS321/15CrMoHJ250G+H13CrMoA、A062、A132106SUS321/15CrMoHJ250G+H13CrMoA、A062、A132107SUS321/15CrMoR307、A062、A1329、异类材料1080Cr13/15CrMoR+15CrMoRR307、Ni3371090Cr13/15CrMoR+1Cr5MoWELTIG82、Ni3371100Cr13/20R+0Cr18Ni9H0Cr20Ni10Ti,A302,A1021110Cr13Al+0Cr18Ni9A0621120Cr18Ni9+20RA06211315CrMo+0Cr18Ni9H1Cr24Ni13、A30211415CrMo+16MnRA30211515CrMo+20gJ42711616Mn/316L+316LA022、A04211716Mn/405+16MnE5015、A30211816MnDR+00Cr17Ni14Mo2H1Cr24Ni13、A30211916MnDR+0Cr18Ni9H1Cr24Ni13、A30212016MnDR+16MnRH10Mn2+E5015-G12116MnR+0Cr13H1Cr24Ni13、A30212216MnR+12Cr2MoTIG-J50+J50712316MnR+14Cr1MoRJ05712416MnR+1Cr18Ni9TiA30712516MnR+SA350LF2TIG-J50+J50712620g+15CrMoA30212720g+1Cr18Ni9TiA30712820R/316L+316LA042、A02212920R/405+0Cr13A132、A30213020R/405+20RE4315、A302、H08A+HJ43113120R/405+奥18-8A132、A30213220R+15CrMoRH08A+HJ43113320R+1Cr18Ni9TiH1Cr24Ni13/A30713420R+304L/20RJ427/A30213520R+SA405/20RJ427、A062136304L/16MnR+316L/16MnRJ507/A042/A022137304L/20R+316L/20RJ427/A042/A022138316L+16MnRA042139316L+Q235-BA042140CF62+16MnRE6015-G141Q235-A+15CrMoRJ427142Q235B+SPV490QLB62143SA105+16MnRJ507144SB409+20RA50710、特殊材料及其与异种钢14509CrCuSbJ42714609CrCuSb+0Cr18Ni9A30214709CrCuSb+16MnRND14809CrCuSb+Q235AND1490Cr25Ni20A4021500Cr25Ni20+0Cr18Ni9A3021510Cr25Ni20+16MnRA3021525A02S331153SA516Gr.70J507RH154SA516-70NE601,E7018155SA671CC70ER80S-G,E7016-1156TA2TA2157UNSN08810Ni135158UNSN08810Ni327159UNSN08810+0Cr18Ni9Ni135160UNSN08810+20RNi135161UNSN08810+20RNi327162UNSN08811Ni337163UNSN08811〔SB564+SB409Ni337164UNSN08811+15CrMoRNi33711、换热器用16508Cr2AlMo<φ25×2.5>与20R<δ=24>H08Cr2AlMo16609CrCuSb<φ38×3>与16MnR<δ=22>H09CrCuSb1670Cr18Ni9<φ19×2>与0Cr18Ni9<δ=20>H0Cr24Ni10Ti16815CrMo<φ19×2>与15CrMoR<δ=20>H05CrMoTiRe16915CrMoR+15CrMoTIG-R3017016Mn<φ14×2>与16MnR<δ=20>ER50-617120<φ25×2.5>与16Mn<δ=24>H08Mn2SiA17220<φ38×3.5>与16Mn<δ=22>ER50-617320<φ38×4>与20g<δ=16>J42717420<φ57×3.5>与16Mn<δ=20>H08Mn2SiA12、球罐17507MnCrMoVDRJ607RH17615MnNbRJ55717715MnNbRJ507RH17816MnRJ50717916MnRE712C18016MnRJ507R18116MnRTIG-J50,J507R18216MnRE71T-118320gJ42718420MnMoJ557RH18520MnMo+15MnNbRJ557RH186610U2LB62-UL187A537CL1E7018-G188CF-62J607RH第三部分:压力容器用焊接材料〔管材1、Ⅰ类材料120J422220H08Mn2Si320TIG-J50420H08Mn2Si+J422520H08A620TIG-J50+J4277A106Gr.BH08Mn2SiA+J4278A234WPB+A106Gr.BH08Mn2Si+J4272、Ⅱ类材料916MnH08Mn2Si+J5073、Ⅳ类材料10A335P22TIG-R40R4071112Cr1MoVH08CrMoVA+R3171212Cr1MoVH08CrMoVA1312Cr2MoGTIG-R40/R4071415CrMoH05CrMoTiRe＋R3071515CrMoH13CrMoA+R30716P22TIG-R4017P22TIG-R40,R4074、Ⅴ类材料18Cr5MoHCr5Mo+R50719Cr5MoTIG-R40+R50720STFA-25HCr5Mo+R507211Cr5MoTIG-R40+R50722P5〔1Cr5MoA3025、Ⅵ类材料2309Mn2VDRTGS-1N+W707Ni6、Ⅶ类材料24A312TP304TGF-308L,A13725A312TP316LTGF-316LA022260Cr18Ni10TiH0Cr20Ni10Ti270Cr18Ni10TiH0Cr20Ni10Ti/A137280Cr18Ni12Mo2TiTGF-316LA022290Cr18Ni9E308L-T300Cr18Ni9TGF308L-T311Cr18Ni9TiA13232316LH00Cr19Ni12Mo2/A02233TP304H1Cr19Ni9Ti/A13234TP316H0Cr19Ni12Mo2/A20235TP321H0Cr20Ni10Ti/A13736TP321TGF347+A13737TP347H0Cr20Ni10Nb/A13738TP347H0Cr20Ni10Nb/A1377、Ⅷ类材料390Cr13H0Cr20Ni10Ti、A1328、复合钢管40304/20H1Cr24Ni13/A3029、异类材料4109Mn2DR+TP304H1Cr24Ni13/A307421Cr5Mo+316LH1Cr24Ni13+A302431Cr5Mo+T9H1Cr9Mo/R7074420+1Cr5MoH08Mn2SiA+J42745304L+316TiTGF316L+A02246A106Gr.B+20MnMoH08Mn2SiAJ42747Cr5Mo+15CrMo13CrMoA/R30748Cr5Mo+1Cr18Ni9TiH1Cr24Ni13/A30210、特殊材料及其与异种钢490Cr25Ni20H0Cr25Ni20/A4075020Cr33NiNbERNiCr-35120Cr33NiNb+Incoloy800HERNiCr-352904L904L53A333-6TGS-1N,W707Ni54A671CC70TGS-1N,W707Ni55SA333-6H08Mn2MoVA+W707Ni56T9H1Cr9Mo/R70757A335P22+Incoloy800HERNiCr-3+Ni33758P22+12Cr1MoVH08CrMoVA/R31711、卷制管59L245ER50-6、J42760L245+20ER50-6、J42761L245+20ER50-6、J42262X65TIG-J50+J557第四部分:锅炉焊接1、Ⅰ类材料120#管〔φ57×3.5钨极氩弧焊H08Mn2Si220#管〔φ108×4.5钨极氩弧焊/焊条电弧焊H08Mn2Si+J422320#管〔φ273×18钨极氩弧焊/焊条电弧焊H08Mn2Si+J4224Q235B板〔δ=12焊条电弧焊J4275Q235A板〔δ=18焊条电弧焊J4272、Ⅱ类材料616MnR板〔δ=12焊条电弧焊J507716MnR板〔δ=14埋弧焊HJ431/H10MnSi816Mn管〔φ60×9与16MnR板〔δ=12焊条电弧焊J507916MnR管〔φ90×16与16MnR板〔δ=24焊条电弧焊J5073、Ⅲ类材料1015CrMo板〔δ=14焊条电弧焊R3071112Cr1MoV管<φ42×4>钨极氩弧焊H08CrMoVA1212Cr1MoV管<φ42×4>钨极氩弧焊/焊条电弧焊H08CrMoVA/R3171312Cr1MoV管<φ133×12>钨极氩弧焊/焊条电弧焊H08CrMoVA/R3174、电力标准1420G+15CrMoGTIG-J50/J4271512Cr2MoVWTIBTIG-R34/R317双相不锈钢的焊接1．双相不锈钢可焊性良好,热裂倾向小,一般焊前不需预热,焊后不需热处理,可与18-8型奥氏体不锈钢或碳钢等异种钢焊接.

2．双相不锈钢的焊接材料或填充材料通常采用比母材含镍高的材料,对于含氮的双相不锈钢要求焊材和母材的含氮量相同.以保证焊缝金属有足够的奥氏体量.

3．双相不锈钢常用的焊接方法有手工电弧焊和钨极氩弧焊两种.适宜使用多层焊,采用多道次和低熔敷率的方式.

4．双相不锈钢的中温敏化问题在焊接时一般不会出现.16S31803/SAF2205焊条E2209-xx焊丝ER220917S32750/SAF250725.10.4LR/25.10.4L压力容器用钢焊材一览表类型牌号中国GB美国AWS类型牌号中国GB美国AWS碳钢焊条THJ422E4303—不锈钢焊条THA002E308L-16E308L-16THJ426E4316E6016THA022E316L-16E316L-16THJ427E4315E6015THA102E308-16E308-16THJ506E5016E7016THA107E308-15E308-15THJ507E5015E7015THA132E347-16E347-16低合金钢焊条THJ506RE5016-GE7016-GTHA137E347-15E347-15THJ507RHE5015-GE7015-GTHA202E316-16E316-16THJ557RE5MoV-15—THA207E316-15E316-15THJ606E6016-D1E9016-D1THA212E318-16E318-16THJ607E6015-D1E9015-D1THA242E317-16E317-16THW707NiE5515-C1—THA302E309-16E309-16THR207E5515-B1E8015-B1THA307E309-15E309-15THR307E5515-B2E8015-B2THG202E410-16E410-16THR317E5515-B2-V————THR407E6015-B3—气保护实芯焊丝THQ-G2SiEN440G384MG2SiTHR507E5MoV-15—THQ-50CG4EN440G383CG4Si1氩弧焊焊丝牌号型号GB类别主要用途THT49-1ER49-1碳钢焊丝用于船舶、石化、核电话等高压管的对接及角焊THT-10MnSiER50-G用于薄板及打底焊接结构THT50-6〔TIG-J50ER50-6用于管道、平板等需作抛光度准确时的焊接THT55-B2ER55-B2珠光体耐热钢焊丝用于工作温度550℃以下的锅炉受热面管子蒸汽管道,高压容器,石油精练设备结构的焊接THT55-B2VER55-G用于工作温度550℃以下的锅炉受热面管子蒸汽管道,高压容器,石油精练设备结构的焊接THT-307THS-307H09Cr21Ni9Mn4Mo不锈钢焊丝用于防弹钢、覆面不锈钢及碳钢异材的焊接THT-307SiTHS-307SiH10Cr21Ni10Mn6Si1用于高锰钢、硬化性耐磨钢及非磁性钢的焊接THT-308THS-308H08Cr21Ni10Si用于308、301、304等不锈钢结构的焊接THT-308LTHS-308LH03Cr21Ni10Si用于304L、308L等不锈钢结构的焊接THT-308LSiTHS-308LSiH03Cr21Ni10Si1用于改善填充金属的工艺性、焊接操作性及流动性THT-309THS-309H12Cr24Ni13Si用于异种钢的焊接,如碳钢、低合金钢与不锈钢的焊接THT-309MoTHS-309MoH12Cr24Ni13Mo2用于Cr22Ni12Mo2复合钢以及异种钢的焊接THT-309LTHS-309LH03Cr24Ni13Si用于309S、1Cr13、1Cr17、低碳不锈钢、低碳覆面钢以及异种钢的焊接THT-309LSiTHS-309LSiH03Cr24Ni13Si1用于309型不锈钢以及304型不锈钢与碳钢的焊接THT-309LMoTHS-309LMoH03Cr24Ni13Mo2用于异种钢的焊接或韧性较差的马氏体、铁素体不锈钢的焊接THT-310THS-310H12Cr26Ni21Si用于高温条件下工作的耐热钢以及1Cr5Mo、1Cr13等不能进行预热及后热处理的焊接THT-312THS-312H15Cr30Ni9用于异种母材不锈钢覆面、硬化性低合金钢以及焊接困难或易发生气孔情况的焊接THT-316THS-316H08Cr19Ni12Mo2Si用于磷酸、亚硫酸、醋酸及盐类腐蚀介质结构的焊接THT-316LTHS-316LH03Cr19Ni12Mo2Si用于尿素、合成纤维等结构及不能进行热处理的铬不锈钢及复合钢的焊接THT-316LSiTHS-316LSiH03Cr19Ni12Mo2Si1用于相同类型不锈钢以及复合钢结构的焊接THT-317THS-317H08Cr19Ni14Mo3用于重要的耐腐蚀化工容器的焊接THT-317LTHS-317LH03Cr19Ni14Mo3用于重要的耐腐蚀化工容器的焊接THT-321THS-321H08Cr19Ni10Ti用于304、321、347型不锈钢以及耐热钢的焊接THT-347THS-347H08Cr20Ni10Nb用于304、321、347型不锈钢以及耐热钢的焊接THT-410THS-410H12Cr13用于410、420型不锈钢以及耐蚀耐磨表面的堆焊THT-420THS-420H31Cr13用于Cr13马氏体不锈钢耐腐蚀性材料的堆焊THT-430THS-430H10Cr17用于腐蚀〔硝酸、耐热同类型不锈钢表面堆焊THT-2209THS-2209H03Cr22Ni8Mo3N用于含Cr22%双相不绣钢的焊接碳钢焊条牌号型号GB熔敷金属化学成分〔%〔≤熔敷金属力学性能〔≥特点与用途CMnSiSP其余Rel/RP0.2MPaRmMPaA%AKVJJ421E43130.100.32/0.550.300.0300.035—355440/570220℃47焊接低碳钢结构,特别适用于薄板小件及短焊缝的间断焊和盖面焊.可全位置焊接THJ421XE43130.100.32/0.550.300.0350.040—330420170℃27焊接低碳钢及镀锌板,特别适用于薄板的立向下焊及间断焊THJ421Fe18E43240.120.30/0.600.350.0350.040—330420170℃47适用于船体结构低碳钢和其他相应等级的普通低碳钢的平焊、平角焊THJ422E43030.100.32/0.550.250.0350.040—330420220℃27焊接较重要的低碳钢结构和强度等级相当的低合金钢结构,如09Mn2等.可全位置焊接THJ422GME43030.100.32/0.550.250.0350.040—330420220℃27适用于海上平台船舶、车辆、工程机械等表面装饰焊缝的焊接THJ423E43010.100.32/0.550.300.0350.040—33042022-20℃27通途同THJ422,但其立焊操作性能稍次于THJ422,价格较THJ422低廉THJ425XE4310E43110.200.32/0.600.300.0350.040—33042022-30℃27适用于低碳钢管及低合金管环缝,全位置立向下焊接.底层焊时单面焊双面成形操作容易THJ426E43160.101.250.900.0350.040—33042022-30℃27焊接重要的低碳钢及低合金钢结构,焊缝具有良好的力学性能和抗裂性能,可全位置焊接THJ427E43150.101.250.900.0350.040—33042022-30℃27用途和特点同THJ426,采用电源为支流反接THJ501Fe15E50240.121.250.900.0350.040—400490170℃27焊接相应强度的碳钢及低合金钢结构,适用于平焊、平角焊.熔敷效率为150%THJ501Fe18E50240.121.250.900.0350.040—400490170℃27用途用THJ501Fe15,熔敷效率为180%左右THJ502E50030.121.250.300.0350.040—400490200℃27焊接较重要相应强度的碳钢及低合金纲结构,可全位置焊接THJ505XE5010E50110.200.50/1.000.300.0350.040—40049020-30℃27焊接相应强度碳钢及低合金钢管环缝的全位置立向下焊接,底层焊时单面焊双面成形操作容易THJ506E50160.121.600.750.0350.040—40049020-30℃27适用于中碳钢及低合金钢结构的全位置焊接,焊缝具有良好的力学及抗裂性能THJ506-1E5016-10.121.600.750.0300.030—40049020-46℃27适用于低温高韧性材料的全位置焊接THJ506Fe-1E5018-10.101.600.650.0300.030—420500/64022-50℃47用途同THJ506-1,药皮中含有铁粉,可提高焊条熔敷效率,工艺性能好THJ506DE50160.121.600.750.0350.040—40049022-30℃27专用于中碳钢及低合金钢结构的底层打底焊接,单面焊双面成形操作容易THJ506XE50160.121.600.750.0350.040—40049020-30℃47特别适用于立向下角焊缝和搭接焊缝,焊缝成形美观,低氢型药皮的立向下焊专用焊条THJ506FeE50180.121.600.750.0350.040—40049022-30℃27用途同THJ506,可进行全位置焊接,药皮中含有铁粉,可提高熔敷率.THJ506Fe13E50280.121.600.900.0350.040—40049022-20℃27用途同THJ506,适用于平焊和平角焊接,药皮中含有铁粉,可提高熔敷效率THJ506Fe16E50280.121.600.900.0350.040—40049022-20℃27用途同THJ506,适用于平焊和平角焊缝,焊条熔敷率为160%左右THJ507E50150.100.85/1.400.650.0300.035—40049022-30℃47适用于中碳钢及低合金钢结构的全位置焊接,焊接电源为支流反接.焊缝具有良好的力学性能和抗裂性能THJ507-1E5015-10.121.600.750.0300.030—40049022-46℃27适用于碳钢或低合金钢及船用A、B、C、D、E级钢重要结构.低合金钢焊条牌号型号GB熔敷金属化学成分<%>〔≤熔敷金属力学性能〔≥特点与用途CMnSiSP其余Rel/RP0.2MPaRmMPaA%AKVJTHJ502WCuE5003-G<TB>0.120.30/0.900.400.0300.030Cu0.20/0.50W0.20/0.50425<例值>540<例值>27<例值>-40℃35<例值>耐候钢专用焊条,用于铁路耐候车辆的焊接THJ502NiCuE5003-G<TB>0.120.30/0.900.400.0300.030Cu0.20/0.50Ni0.20/0.50420<例值>535<例值>27<例值>-40℃36<例值>耐候钢专用焊条,用于铁路耐候车辆的焊接THJ502NiCrCuE5003-G<TB>0.120.30/0.900.400.0300.030Cr0.20/0.50Ni0.20/0.50Cu0.20/0.50420<例值>530<例值>27<例值>-40℃36<例值>主要用于耐候的铁路机车车辆的焊接THJ506NiCuE5016-G<TB>0.121.250.700.0250.030Cu0.20/0.40Ni0.20/0.5039049022-40℃27用于碳钢及50Kg级耐候钢的焊接THJ506NiCrCuE5016-G<TB>0.101.250.600.0200.025Cu0.20/0.40Cr0.30/0.80Ni0.20/0.5040050022-40℃60用于50Kg级耐候钢的焊接THJ506NHE5016-G0.100.50/1.300.400.0200.030Cu0.20/0.35Mo0.30/0.5039049020-20℃47该焊条是50公斤级耐火耐侯钢配套的专用焊条,主要用于要求耐火耐侯的重要钢结构的焊接230<600℃>—≥25<600℃>—THJ506RE5016-G0.101.00/1.500.500.0250.030Ni0.45/0.8039049022-40℃47适用于采油平台船舶及高压容器等重要结构的焊接.THJ506RKE5016-G0.101.00/1.500.500.0250.030Ni0.45/0.8039049022-40℃47可用于低温高韧性材料的焊接THJ507RE5015-G0.101.00/1.500.500.0250.030Ni0.45/0.8039049022-40℃47适用于采油平台船舶及高压容器等重要结构的焊接.THJ507RHE5015-G0.101.600.500.0250.025Ni0.45/0.8039049022-40℃47用于船舶、桥梁、高压管道、压力容器、锅炉、海上平台以及其它重要结构的焊接THJ507CuPE5015-G0.120.80/1.300.500.0350.06/0.12Cu0.20/0.5039049022-30℃27用于铜磷系列抗大气、耐海水腐蚀的钢结构的焊接THJ507MoNbE5015-G0.120.60/1.200.650.0250.030Mo0.30/0.60Nb0.03/0.1539049022常温47用于抗硫化氢、抗氢、氮、氨、及氢介质腐蚀用钢的焊接如12SiMoVNb、15MoV等THJ507MoWNbBE5015-G0.100.85/1.300.450.0250.030Nb0.01/0.04B0.0005/0.0015Mo0.40/0.6039049022常温47用于中温高压耐氢、氨介质腐蚀的焊接如12SiMoVNb等THJ556E5516-G0.12≥1.000.30/0.700.0250.030—44054017-30℃27焊接中碳钢及相应强度的低合金钢结构,如15MnV等THJ556RE5516-G0.121.00/1.800.30/0.700.0250.030Ni0.8544054017-40℃47用于低温高韧性材料及相应强度等级的低合金钢的焊接THJ556RHE5516-G0.121.00/1.800.600.0200.020Ni0.60/1.2044054017-40℃54用于低温高韧性材料及相应强度等级的低合金钢的焊接THJ556NiCrCuE5516-G<TB>0.101.600.600.0250.020Cu0.20/0.40Cr0.30/0.90Ni0.20/0.6044055022-40℃60用于55kg级耐候钢的焊接.THJ557RE5515-G0.101.00/1.800.30/0.700.0250.030Ni0.8544054017-40℃47用于碳钢和部分低合金钢结构的焊接THJ557E5515-G0.121.000.30/0.700.0250.030—44054017-30℃47用于焊接中碳钢以及部分低合金钢THJ557RHE5515-G0.121.00/1.800.600.0200.020Ni0.60/1.2044054017-40℃57用于焊接中碳钢以及部分低合金钢THJ606E6016-D10.121.25/1.750.600.0250.030Mo0.25/0.4549059015-30℃27焊接中碳钢及相应强度等级的低合金钢的焊接.THJ606NiCrCuE5016-G<TB>0.102.00.600.0200.025Cu0.20/0.40Cr0.30/0.90Ni0.20/0.9055060020-40℃60用于60Kg级耐候钢以及车辆、近海工程结构、桥梁等的焊接THJ607E6015-D10.121.25/1.750.600.0250.030Mo0.25/0.4549059015-30℃27焊接中钢及相应强度的低合金钢结构,如15MnVN等.THJ607NiE6015-G0.10≥1.000.800.0250.030Ni1.2049059015-40℃34用于相应强度等级,并有再热裂纹倾向钢结构的焊接THJ607RHE6015-G0.101.00/1.650.600.0250.025Ni0.65/1.20Mo0.10/0.4049059015-40℃47用于焊接压力容器、桥梁、水电站下降管及海洋工程等重要结构.THJ657RHE6015-G0.121.20/1.800.600.0200.020Ni0.80/1.40Mo0.20/0.4054064015-40℃54用于X80级管线钢及强度级别相同低合金钢结构焊接.THJ707E7015-D20.151.65/2.000.600.0250.030Mo0.25/0.4559069015-30℃27焊接相应强度的低合金钢结构,如15MnMoVNd等THJ707RHE7015-G0.101.20/1.600.30/0.600.0200.025Ni1.40/2.00Mo0.25/0.5059069015-50℃34用于船体结构的焊接,也适用于高强度钢等重要结构的焊THJ807E8015-G0.202.000.750.0250.030Mo0.60/1.0069078013常温27焊接相应强度的低合金钢入14MnMoVN等THJ807RHE8015-G0.101.30/1.800.500.0200.025Mo0.30/0.60Ni2.00/2.7068578517-40℃69用于焊接相应强度等级的低合金钢重要结构.THJ807AE8015-G0.092.000.400.0200.025Mo0.80/1.1069078013-40℃34焊接相应的低强度的低合金钢结构THJ857E8515-G0.202.000.750.0200.025Mo0.60/1.0074083012常温27用于焊接抗拉强度相当于830MPa的低合金钢结构.THJ857NiE8515-G0.102.100.750.0150.020Ni2.50/3.0074083012-40℃27用于焊接抗拉强度相当于830MPa的低合金钢结构.THJ857CrE8515-g0.151.000.600.0350.035Cr0.70/1.10V0.05/0.15Mo0.50/1.0074083012-40℃27用于焊接抗拉强度相当于830MPa的低合金钢结构.THJ857RE8515-G0.090.80/1.600.500.0150.015Ni2.00/2.80Mo0.30/0.80Cr0.50/1.0074083014-50℃27用于焊接相应强度级别的低合金钢重要结构.THJ857RHE8515-G0.090.80/1.600.500.0150.015Ni2.00/2.80Mo0.30/0.80Cr0.50/1.0074083014-50℃27用于焊接相应强度级别的低合金钢重要结构THJ907E9015-G0.201.40/2.000.40/0.800.0200.025Mo0.80/1.2078088012常温27焊接抗拉强度相当于880MPa的低合金高强度钢结构THJ907RE9015-G0.101.20/1.600.400.0200.025Ni2.40/2.80Mo0.50/0.80Cr0.70/1.00V0.03/0.1278088012-30℃27用于焊接抗拉强度相当于880MPa低合金高强度钢,受压容器和其它构件的焊接THJ907CrE9015-G0.151.40/2.000.500.0200.025Cr0.70/1.10Mo0.50/1.10V0.05/0.1578098012常温27焊接抗拉强度相当于约880MPa的低合金强度钢结构.THJ957RE9515-G0.101.40/1.800.500.0200.025Ni2.40/3.00Mo0.50/0.80Cr0.70/1.00V0.03/0.1283093012-30℃27用于焊接抗拉强度相当于880MPa低合金高强度钢,压力容器和其它结构的焊接THJ107E1005-G0.201.50/2.300.30/0.800.0200.025Mo0.80/1.4088098012常温27用于焊接抗拉强度相当于980MPa级低合金高强度钢结构THJ107CrE1005-G0.151.40/2.000.30/0.700.0200.025Cr1.50/2.20Mo0.40/0.80V0.08/0.1688098012常温27焊接抗拉强度大于980MPa级的低合金高强度结构.THJ107RE10015-G0.101.40/2.000.500.0200.025Ni2.40/3.20Mo0.50/0.80Cr0.70/1.00V0.03/0.1288098012-30℃27用于焊接抗拉强度相当于980MPa低合金高强度钢,压力容器和其它结构的焊接V840E9015-G0.090.08/1.600.500.0150.015Mo0.30/0.80Ni2.00/2.80Cr0.50/1.00785_15-50℃27用于高强度、高韧性、屈服强度大于800MPa结构的重要工程低温钢焊条、耐热钢焊条牌号型号GB熔敷金属化学成分<%>〔≤熔敷金属力学性能〔≥特点与用途CMnSiSP其余Rel/RP0.2MPaRmMPaA%AKVJTHR106FeE5018-A10.05/0.120.900.500.0350.035Mo0.40/0.6539049022常温47用于焊接工作温度在510℃以下的15Mo等,也可以焊接一般的低合金钢.THR107E5015-A10.120.900.500.0350.035Mo0.40/0.6539049022常温47用于工作温度在510℃以下的15Mo等珠光体耐热钢的焊接.THR202E5503-B10.05/0.120.900.500.0350.035Mo0.40/0.65Cr0.40/0.6544054016—用于焊接工作温度在510℃以下的15Mo及锅炉管道等.THR207E5515-B10.05/0.120.900.600.0300.030Mo0.40/0.65Cr0.40/0.6544054017常温34用于工作温度在510℃以下的12CrMo等珠光体耐热钢的焊接.THR307E5515-B20.05/0.120.900.600.0200.030Mo0.40/0.65Cr0.80/1.5044054017常温47用于工作温度在520℃以下的15CrMo等珠光体耐热钢的焊接.THR307AE5515-B20.05/0.120.900.600.0150.020Mo0.40/0.65Cr0.80/1.50440540/64020-20℃55用于工作温度在540℃以下的12CrMo等珠光体耐热钢的焊接.THR317E5515-B2-V0.05/0.120.900.600.0200.035Mo0.40/0.65Cr0.80/1.50V0.10/0.3544054017常温47用于工作温度在540℃以下12CrMo等珠光体耐热钢的焊接.THR317LE5515-B2-V0.05/0.120.900.600.0150.020Mo0.40/0.65Cr0.80/1.50V0.10/0.3544054020常温47可不进行火处理,用于工作温度在540℃以下12CrMo等珠光体耐热钢的焊接.THR317B20E6015-G0.05/0.150.70/1.500.800.0250.030Mo0.90/1.30Cr0.90/1.50V0.10/0.3544059015常温47用于工作温度600℃以下的Cr-Mo-V珠光体耐热钢如GS17CrMov511低合金铸钢的焊接.THR337E5515-B2-VNb0.05/0.120.900.600.0250.030Mo0.70/1.00Cr1.00/1.50Nb0.10/0.25V0.15/0.4044054017常温47用于工作温度在5700℃以下15CrMo等珠光体耐热钢的焊接.THR347E5515-B3-VWB0.05/0.121.000.600.0300.035Mo0.30/0.80Cr1.50/2.50W0.20/0.60B0.001/0.00344054017常温47用于工作湿度在620℃以下相应的耐热钢的焊接.THR407E6015-B30.05/0.120.900.600.0350.035Cr2.00/2.50Mo0.90/1.2049059015常温47用于Cr2.5Mo类珠光体耐热的焊接.THR417E5515-B3-VNb0.05/0.121.000.600.0350.035Cr2.40/3.00Mo0.70/1.00W0.25/0.50Nb0.35/0.6544054017常温27用于工作湿度在620℃以下相应的耐热钢的焊接.THR507E5MoV-150.120.50/0.900.500.0300.035Cr4.50/6.00Mo0.40/0.70V0.10/0.35—52014—用于Cr5Mo类珠光体耐热的焊接.THR717B9—0.08/0.131.250.300.010.01V0.15/0.30Nb0.02/0.10N0.02/0.07Cr8.0/10.5Mo0.85/1.205306201720℃27用于T91/P91管道用耐热钢及超临界汽轮机ZG1Cr10MoVNbN等钢的焊接.THR727E6015-G0.08/0.140.40/1.000.400.010.01Cr8.0/10.0Mo0.30/0.70V0.15/0.30Nb0.02/0.07N0.02/0.075306201520℃27用于超临界和超超临界燃煤电站的建设,如T92/P92管道用耐热钢及钢的焊接.THW607—0.071.20/1.700.500.0350.035Ni0.60/1.00Ti0.03B0.00339049022-60℃27焊接-60℃工作的低温钢结构如09MnNiN6等.THW707NiE5515-C10.121.250.600.0350.035Ni2.00/2.7544054017-70℃27用于焊接-70℃工作的09Mn2v06MnVA1和3.5Ni钢.THW107Ni—0.08≈0.50.300.0200.020Ni4.00/5.50Mo≈0.30Cu≈0.5034049016-100℃27焊接-100℃工作的06A1NbCuN06NnNb和3.5Ni钢.不锈钢焊条牌号型号GB熔敷金属化学成分<%><≤>熔敷金属力学性能<≥>特点与用途CMnSiSPCrNiMo其余RmMPaA%THG202E410-160.121.00.900.0300.04011.0/13.50.70.75Cu0.7545020用于焊接OCr13及ICr13不锈钢结构也可用于耐蚀耐磨的表面的堆焊<熔敷及时热力学性能试样在860℃X2h缓冷至600℃然后空冷.

THG207DE410-150.121.00.900.0300.03011.0/13.50.70.75Cu0.7552035主要用于阀门密封件的堆焊.THA002E308L-160.040.5/2.50.900.0300.04018.0/21.09.0/11.00.75Cu0.7552035焊接超低碳00Cr9Ni11不锈钢00Cr18Ni9钢结构,如合成纤维,化肥石油等设备.

THA002RE308L-170.040.5/2.50.900.0300.04018.0/21.09.0/11.00.75Cu0.7552035主要用于合成纤维、化肥、石油等设备的制造.

THA022E316L-160.040.5/2.50.900.0300.04017.0/20.011.0/14.02.0/3.0Cu0.7549030焊接尿素及合成纤维等设备及相同类型的不锈钢结构.

THA022用于深冷环境E316L-160.040.5/2.50.900.0300.04017.0/20.011.0/14.02.0/3.0Cu0.7549030焊接尿素及合成纤维等设备及相同类型的不锈钢结构.可用于深冷温度下使用的不锈钢结构.

THA022RE316L-170.040.5/2.50.900.0300.04017.0/20.011.0/14.02.0/3.0Cu0.7549030用于焊接尿素、合成纤维等设备及相同类型的不锈钢结构.

THA032E317MoCuL-160.040.5/2.50.900.0300.03518.0/21.012.0/14.02.0/2.5Cu0.2054025焊接合成纤维等设备,如在稀、中浓度硫酸介质中工作的同类型超低碳不锈钢结构的焊接.

THA042E309MoL-160.040.5/2.50.900.0300.04022.0/25.012.0/14.02.0/3.0Cu0.7554025焊接同类型超低碳不锈钢结构及异种钢的焊接.

THA052—0.042.001.000.0300.04017.0/22.022.0/27.04.0/5.0Cu2.049025焊接化学耐硫酸、醋酸、磷酸中的反应器、分离器等,也可用于抗海水腐蚀用钢的焊接.

THA062E309L-160.040.5/2.50.900.0300.04022.0/25.012.0/14.00.75Cu0.7552025用于合成纤维、石油、化工等设备制造的同类型不锈钢结构,复合钢和异种钢的焊接.

THA072—0.041.0/2.00.800.0300.03027.0/29.014.0/16.0——54025用于00Cr25Ni20Nb钢的焊接,如核燃料设备等.

THA092E385-160.031.0/2.50.750.0200.03019.5/21.524.0/26.04.2/5.2Cu1.2/2.052030多用于制造塔、槽、管道、换热器等设备,对各种强酸、热酸有良好的抗点蚀的性能.

THA102E308-160.080.5/2.50.900.0300.04018.0/21.09.0/11.00.75Cu0.7555035焊接工作温度低于300℃耐蚀的Cr19Ni9、OCr19Ni11Ti的不锈钢结构.

THA102用于深冷环境E308-160.080.5/2.50.900.0300.04018.0/21.09.0/11.00.75Cu0.75620〔例值42〔例值焊接工作温度低于300℃耐蚀的Cr19Ni9、OCr19Ni11Ti的不锈钢结构.可用于深冷环境下使用的不锈钢结构.-196℃〔例值AKJ45JTHA102B〔例值E308-160.052.500.800.0150.01618.5010.500.15—56038主要用于低磁导率或无磁钢等结构的焊接.THA102RE308-160.080.5/2.50.900.0300.04018.0/21.09.0/11.00.75Cu0.7555035焊接工作温度低于300℃耐腐蚀的0Cr19Ni9、0Cr19Ni11Ti等不锈钢结构.

THA107E308-150.080.5/2.50.900.0300.04018.0/21.09.0/11.00.75Cu0.7555035焊接工作温度低于300℃耐腐蚀的0Cr19Ni9型不锈钢结构,也可焊接一些可焊性较差的钢材以及堆焊不锈钢表面层.THA112—0.122.501.500.0350.04017.0/22.07.0/11.0——54025焊接一般耐腐蚀要求不高的Cr19Ni9型不锈钢结构

THA117—0.122.501.500.0300.04017.0/22.07.0/11.0——54025焊接一般耐腐蚀要求不高的Cr18Ni9型不锈钢结构

THA122—0.082.501.500.0300.04020.0/24.07.0/11.0——54025焊接工作温度低于300℃要求抗裂耐腐蚀性较高的OCr19Ni9型不锈钢结构THA132E347-160.080.5/2.50.900.0300.04018.0/21.09.0/11.00.75Cu0.75Nb8×C-1.0052025焊接重要的耐腐蚀含钛稳定的OCr19Ni11Ti型不锈钢结构.THA132RE347-170.080.5/2.50.900.0300.04018.0/21.09.0/11.00.75Cu0.75Nb8×C-1.0052025焊接重要的耐腐蚀含钛稳定剂的0Cr19Ni11Ti型不锈钢.THA137E347-150.080.5/2.50.900.0300.04018.0/21.09.0/11.00.75Cu0.75Nb8×C-1.0052025焊接重要的耐腐蚀含钛稳定的OCr19Ni11T