TEMO WELDING	GOLDEN BRIDGE	TIANJIN BRIDGE	ATLANTIC WELDING	HYUNDAI WELDING	GB	AWS	EN ISO
CJ421	J421(J38.12)	J421	CHE421	S-4301.I	E4313	E6013	ISO 2560-A E35 2 RA 1 2
CJ422	J422(J40.50)	J422	CHE422		E4303
CJ507	J507(J48.57 )	THJ507	CHE507		J507	E7015
E6010	E6010	E6010		S-6010.D	E4310	E6010	ISO 2560-A E38 0 C 2 1
CJ425	E6011	E6011		S-6011.D	E4311	E6011	ISO 2560-A E38 0 C 1 1
CJ506Fe	J506Fe	THJ506Fe	CHE508	S-7018.M	J506Fe	E7018	ISO 2560-A E42 2 B 1 2
YCJ501-1	JQ.YJ501-1	THY-51C	CHT711	SF-71	E501T-1	E71T-1	ISO 17632-A-T 42 0 P C 1
YCJ501Ni-1	JQ.YJ501Ni-1	THY-51NI	CHT71Ni1	SC-71HJ	E491T1-NiC	E71T-1/9J	ISO 17632-A T42 4 P C 1 H10
E71T-GS	E71T-GS	THY-5011-GS	E71T-GS		E501T-GS	E71T-GS
E71T-11	E71T-11	E71T-11	E71T-11	Supershield 11	E501T-11	E71T-11
TMC76	JQ-70M			SC-70T Cored	E70C-6M	E70C-6M	ISO 17632-A-T 42 2 M C 1 H5
E81T1-Ni1C	JQ.YJ601Ni-1	THY-J552Ni-1	CHT81Ni1	Supercored 81	E81T1- Ni1C	E81T1- Ni1C	ISO 17632-A-T 46 2 1Ni P C 1
E81T1-Ni2C	JQ.YJ601Ni2-1	THY-J552Ni-2	CHT81Ni2	SC-81Ni2	E81T1- Ni2C	E81T1- Ni2C	ISO 17632-A T46 6 2Ni P C 1 H5
E308LT1-1	LH-308L	THY-A308LQ	CHT308L	SW-308L Cored	E308LT1-1	E308LT1-1	ISO 17633-A-T 19 9 L P M/C 2
E309LT1-1	LH-309L	THY-A309LQ	CHT309L	SW-309L Cored	E309LT1-1	E309LT1-1	ISO 17633-A-T 23 12 L P M/C 2
E316LT1-1	LH-316L	THY-A316LQ	CHT316L	SW-316L Cored	E316LT1-1	E316LT1-1	ISO 17633-A-T 19 12 3 L P M/C 2
CJA132	A132	THA132	CHS132	S-347.16	E347-16	E347-16	ISO 3581-A-E 19 9 Nb R
CJA102	A102	THA102	CHS102	S-308.16N	E308-16	E308-16	ISO 3581-A-E 19 9 R
CJA202	A202	THA202	CHS202	S-316.16N	E316-16	E316-16	ISO 3581-A-E 19 12 3 R
CJA002	A002	THA002	CHS002	S-308L.16N[17]	E308L-16	E308L-16	ISO 3581-A-E 19 9 L R
CJA022	A022	THA022	CHS022	S-316L.16N[17]	E316L-16	E316-16	ISO 3581-A-E 19 12 3 L R
CJA302	A302	THA302	CHS302	S-309.16N	E309-16	E309-16	ISO 3581-A-E 23 12 R
CJA312	A312	THA312	CHS312	S-309Mo.16	E309Mo-16	E309Mo-16	ISO 3581-A-E 23 12 2 R
CJA402	A402	THA402	CHS402	S-310.16	E310-16	E310-16	ISO 3581-A-E 25 20 R
WH50-6	JQ.MG50-6	THQ-50C	CHW-50C6	SM-70	ER50-6	ER70S-6	ISO 14341-A G 42 2 C 3Si1 ISO 14341-A G 42 4 M 3Si1
WH60-G	JQ.MG60-G	THQ-60	CHG-60C	SM-80G	ER60-G	ER90S-G	ISO 14341-B S3M1T
WH70-G	JQ.MG70-G	THQ-70	CHG-70C	SM-100	ER70-G	ER100S-G
WH80-G	JQ.MG80-G	THQ80-1	CHG-80C	SM-110	ER80-G	ER110S-G
MCJH08A	JQ.H08A	THM-43	CHW-S1	S-727 L-8(L-12)	H08A	EL8 /EL12	ISO 14174 S A AB 1 / 14171 S1
MCJH08Mn2SiA	JQ.H08Mn2SiA	THM08Mn2SiA	CHW-S5		H08Mn2SiA
MCJH08MnA	JQ.H08MnA	THM-43A	CHW-S2	S-717 M-12K	H08MnA	EM12K	ISO 14174 S A AB 1 / 14171 S2Si
MCJH08MnMoA	JQ.H08MnMoA	THM08MnMoA			H08MnMoA
MCJH08MnMoTiB	JQ.H08MnMoTiB	THM08MnMoTiB			H08MnMoTiB
MCJH10Mn2	JQ.H10Mn2	THM-43B	CHW-S3	S-737 H-14	H10Mn2	EH14	ISO 14174 S A AB 1 / 14171 S4
MCJH10MnSi	JQ.H10MnSi	THM-43C	CHW-S4		H10MnSi	EM13K

	AWS	Chemical  composition of deposited metal(%)										Mechanical performance of deposited maetal
		C	Mn	Si	Cr	Ni	Cu	S	P	Mo	V	Rm (MPa)	ReL (MPa)	A (%)	Akw(J/℃)
															Exa.	Requirement
EL8/HJ431	F6A0-EL8	0.054	0.42	0.012	0.014	0.01	0. 07	0.01	0.012			462	370	32	46	≥27/-20℃
EL12/HJ431	F6A0-EL12	0.054	0.42	0.012	0.004	0.01	0. 07	0.008	0.009			465	370	30	46	≥27/-20℃
EM11K/ SJ101	F7A0-EM11K	0.09	1.25	0.7	0.07			0.012	0.016			558	462	27	85	≥27/-20℃
EM12/ SJ101	F7A0-EM12	0.09	1.05	0.07	0.07			0.012	0.016			518	422	32	58	≥27/-20℃
EM12K/ SJ101	F7A4-EM12K	0.09	1.05	0.2	0.07			0.012	0.016			538	442	30	61	≥27/-40℃
EM13K/ SJ101	F7A4-EM13K	0.11	1.15	0.5	0.07			0.012	0.016			568	472	28	120	≥27/-40℃
EH14/SJ101	F7A4-EH14	0.09	1.75	0.05	0.01	0.01	0.07	0.012	0.016			554	460	30	89	≥27/-20℃
MCJH08E/HJ431	F6A0-EL12	0.065	0.42	0.03	0. 07			0.01	0.012			482	390	30	56	≥27/-20℃
MCJH08MnA/TM.SJ101	F6A0-EM12	0.06	0.98	0.02	0.01	0.01	0.07	0.01	0.014			490	378	32	48	≥27/-20℃
MCJH10Mn2/TM.SJ101	F7A0-EH14	0.09	1.75	0.05	0.01	0.01	0.07	0.012	0.016			554	460	30	89	≥27/-20℃
MCJ-EM4-M4	ECM4-M4	0.06	1.8	0.45	0.05	2.3		0.007	0.009	0.5		720	810	20	100	≥27/-40℃

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