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	Conformances		Typical Results Of Mechanical Properties As Welded Metal				Typical Results Of Wire Composition(wt %)										Remarks
LSM Series	GB/T 8110	AWS A5.28	Yield Strength (Mpa)	Tensile Strength (Mpa)	Elongation %	harpy V-Noteh J(℃)	C	Mn	Si	P	S	Cr	Ni	Mo	V	Cu	PWHT
LSM-49-A1	G49 PZ M21 S1M3	ER70S-A1	510	588	22	105(-20℃)	0.078	1.000	0.540	0.008	0.007	0.040	0.010	0.550		0.170
LSM-55	G55 A4U M21 SNCC1	ER80S-G	565	650	25	101(-40℃)	0.079	1.500	0.590	0.013	0.015	0.340	0.006	0.280
LSM-55-D2	G55 A3 C1 S4M31	ER80S-D2	562	648	26	106(-30℃)	0.085	1.850	0.730	0.013	0.010		0.090	0.450
LSM-55-Nil	G55 A4 H M21 SN2	ER80S-Nil	530	622	26	98(-45℃)	0.080	1.100	0.650	0.013	0.009	0.120	0.950	0.300	0.030
LSM-55-Ni2	G55 P6 M21 SN5	ER80S-Ni2	528	621	27	105(-60℃)	0.070	1.180	0.600	0.011	0.008		2.520				620℃ X1h
LSM-55-Ni3	G55 P7H M21 SN71	ER80S-Ni3	554	652	26	101(-75℃)	0.075	1.150	0.550	0.012	0.010		3.450				620℃ X1h
	Conformances		Typical Results Of Mechanical Properties As Welded Metal				Typical Results Of Wire Composition(wt %)										Remarks
LSM Series	GB/T39281	AWSA528	Yield Strength (Mpa)	Tensile Strength (Mpa)	Elongation %	Charpy V-Notch J(℃)	C	Mn	Si	P	S	Cr	Ni	Mo	V	Cu	PWHT
LSM-62-D2	G62 A3 M21 4M31	ER90S-D2	590	685	25	101(-30℃)	0.070	2.000	0.650	0.011	0.009		0.110	0.560		0.180
LSM-69	G69 A5 M13 N3M2	ER100S-1	650	740	20	80(-50℃)	0.078	1.500	0.570	0.014	0.008	0.360
LSM-76	G76 A5 M13 N4M2	ER110S-1	750	860	18	85(-50℃)	0.070	1.600	0.480	0.010	0.008	0.040	2.010	0.400
LSM-83	G83 A5 M13 N5M3	ER120S-1	820	920	17	78(-60℃)	0.075	1.650	0.570	0.009	0.009	0.460	2.620	0.550
	Conformances		Typical Results Of Mechanical Properties As Welded Metal				Typical Results Of Wire Composition(wt %)										Remarks
LSM Series	GB/T39279	AWS A5.28	Yield Strength (Mpa)	Tensile Strength (Mpa)	Elongation %	Charpy V-Notch J(℃)	C	Mn	Si	P	S	Cr	Ni	Mo	V	Cu	PWHT
LSM-55-B2	G55 M21 1CM	ER80S-B2	545	639	22		0.080	0.650	0.550	0.015	0.010	1.350	0.110	0.550			620℃ Xlh
LSM-55-B2-MnV	G55 M21 1CM4V	ER80S- B23Mn	545	687	23		0.070	1.500	0.700	0.013	0.009	1.180	0.130	0.600			740℃ X2h
LSM-55-B2-Mn	G55 M21 1CM4	ER80S-B2Mn	530	645	24		0.075	1.300	0.750	0.011	0.010	1.100	0.100	0.530			690℃ X1h
LSM-62-B3	G62 M21 2C1M	ER90S-B3	565	660	21		0.078	0.550	0.650	0.014	0.009	2.600	0.150	1.100			690℃ X1h
LSM-55-B3L	G55 M21 2C1ML	ER80S-B3L	550	665	20		0.060	0.560	0.500	0.012	0.010	2.550	0.110	1.050			690℃ X1h
LSM-55-B6	G55 M21 5CM	ER80S-B6	562	660	19		0.080	0.630	0.440	0.011	0.010	5.520	0.540	0.580			745℃ X2h
LSM-55-B8	G55 M21 9C1M	ER80S-B8	586	689	20		0.070	0.580	0.420	0.013	0.008	9.300	0.450	1.100			745℃ X2h
LSM-62-B9	G62 M22 9C1MV	ER90S-B9	595	690	18		0.090	1.100	0.350	0.008	0.007	9.500	0.650	1.080	0.250	Al/0.025	760℃ X2h

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	Conformances		Typical Results Of Mechanical Properties As Welded Metal				Typical Results Of Wire Composition(wt %)										Remarks
LSM Series	GB/T 8110	AWS A5.28	Yield Strength (Mpa)	Tensile Strength (Mpa)	Elongation %	harpy V-Noteh J(℃)	C	Mn	Si	P	S	Cr	Ni	Mo	V	Cu	PWHT
LSM-49-A1	G49 PZ M21 S1M3	ER70S-A1	510	588	22	105(-20℃)	0.078	1.000	0.540	0.008	0.007	0.040	0.010	0.550		0.170
LSM-55	G55 A4U M21 SNCC1	ER80S-G	565	650	25	101(-40℃)	0.079	1.500	0.590	0.013	0.015	0.340	0.006	0.280
LSM-55-D2	G55 A3 C1 S4M31	ER80S-D2	562	648	26	106(-30℃)	0.085	1.850	0.730	0.013	0.010		0.090	0.450
LSM-55-Nil	G55 A4 H M21 SN2	ER80S-Nil	530	622	26	98(-45℃)	0.080	1.100	0.650	0.013	0.009	0.120	0.950	0.300	0.030
LSM-55-Ni2	G55 P6 M21 SN5	ER80S-Ni2	528	621	27	105(-60℃)	0.070	1.180	0.600	0.011	0.008		2.520				620℃ X1h
LSM-55-Ni3	G55 P7H M21 SN71	ER80S-Ni3	554	652	26	101(-75℃)	0.075	1.150	0.550	0.012	0.010		3.450				620℃ X1h
	Conformances		Typical Results Of Mechanical Properties As Welded Metal				Typical Results Of Wire Composition(wt %)										Remarks
LSM Series	GB/T39281	AWSA528	Yield Strength (Mpa)	Tensile Strength (Mpa)	Elongation %	Charpy V-Notch J(℃)	C	Mn	Si	P	S	Cr	Ni	Mo	V	Cu	PWHT
LSM-62-D2	G62 A3 M21 4M31	ER90S-D2	590	685	25	101(-30℃)	0.070	2.000	0.650	0.011	0.009		0.110	0.560		0.180
LSM-69	G69 A5 M13 N3M2	ER100S-1	650	740	20	80(-50℃)	0.078	1.500	0.570	0.014	0.008	0.360
LSM-76	G76 A5 M13 N4M2	ER110S-1	750	860	18	85(-50℃)	0.070	1.600	0.480	0.010	0.008	0.040	2.010	0.400
LSM-83	G83 A5 M13 N5M3	ER120S-1	820	920	17	78(-60℃)	0.075	1.650	0.570	0.009	0.009	0.460	2.620	0.550
	Conformances		Typical Results Of Mechanical Properties As Welded Metal				Typical Results Of Wire Composition(wt %)										Remarks
LSM Series	GB/T39279	AWS A5.28	Yield Strength (Mpa)	Tensile Strength (Mpa)	Elongation %	Charpy V-Notch J(℃)	C	Mn	Si	P	S	Cr	Ni	Mo	V	Cu	PWHT
LSM-55-B2	G55 M21 1CM	ER80S-B2	545	639	22		0.080	0.650	0.550	0.015	0.010	1.350	0.110	0.550			620℃ Xlh
LSM-55-B2-MnV	G55 M21 1CM4V	ER80S- B23Mn	545	687	23		0.070	1.500	0.700	0.013	0.009	1.180	0.130	0.600			740℃ X2h
LSM-55-B2-Mn	G55 M21 1CM4	ER80S-B2Mn	530	645	24		0.075	1.300	0.750	0.011	0.010	1.100	0.100	0.530			690℃ X1h
LSM-62-B3	G62 M21 2C1M	ER90S-B3	565	660	21		0.078	0.550	0.650	0.014	0.009	2.600	0.150	1.100			690℃ X1h
LSM-55-B3L	G55 M21 2C1ML	ER80S-B3L	550	665	20		0.060	0.560	0.500	0.012	0.010	2.550	0.110	1.050			690℃ X1h
LSM-55-B6	G55 M21 5CM	ER80S-B6	562	660	19		0.080	0.630	0.440	0.011	0.010	5.520	0.540	0.580			745℃ X2h
LSM-55-B8	G55 M21 9C1M	ER80S-B8	586	689	20		0.070	0.580	0.420	0.013	0.008	9.300	0.450	1.100			745℃ X2h
LSM-62-B9	G62 M22 9C1MV	ER90S-B9	595	690	18		0.090	1.100	0.350	0.008	0.007	9.500	0.650	1.080	0.250	Al/0.025	760℃ X2h

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這里是標題一h1占位文字