Stainless Steel Ss Wire MIG Welding Wire Er316LSI

• Customization: Available
• Product Type: Wire
• Material: FeCr
• Model NO.: Er316LSI
• PCD: HRB 90-95
• ET: 0
• Hole: 0
• Typical Hardnedd: HRB 90-95
• Bone Strength: 6750 psi
• Deposit Rate: 10 lbs/hr/100A
• Deposit Efficiency: 75%
• Transport Package: Packing in Coil Cartons, Pallet, Spools, Coils
• Specification: 1.6mm, 2.0mm
• Trademark: TANKII
• Origin: Shanghai, China
• HS Code: 750522
• Production Capacity: 2000tons/Year

Product Description

Stainless Steel Ss Wire MIG Welding Wire Er316LSI

Our high grade Stainless Steel Welding Wire collaborated together to form a complete range of Stainless Steel Welding Wires. For the welding purpose many user believes in the efficiency of Stainless Steel Welding Wire as it shows the ability to not corrode or rust easily. Stainless Steel Welding Wire are used for its fabrication purposes and are used in the welding functioning where both the features of steel as well as corrosion resistance are required. To check their authenticity, they are passed through various quality parameters, which also help them to maintain their quality.

TIG and MIG  stainless steel welding wire composition
YB5092-2005	AWS	chemical composition  %
		C	Si	Mn	P	S	Cr	Ni	Mo
H08Cr20Ni9Mn7Si	ER307Si	0.075	0.78	6.70	0.022	0.010	19.8	8.80
H06Cr21Ni10	ER308	0.045	0.45	1.90	0.020	0.009	20.8	9.80
H00Cr21Ni10	ER308L	0.02	0.32	1.90	0.011	0.006	20	10.2
H06Cr21Ni10Si	ER308Si	0.045	0.85	1.50	0.022	0.010	20.8	9.80
H06Cr24Ni13	ER309	0.06	0.45	1.90	0.019	0.009	24.3	13.20
H06Cr24Ni13Si	ER309Si	0.06	0.79	1.95	0.019	0.009	24.7	13.20
H03Cr24Ni13	ER309L	0.020	0.42	1.80	0.020	0.010	24.8	13.2
H03Cr24Ni13Si	ER309LSi	0.018	0.80	1.70	0.020	0.010	23.5	13.50
H21Cr16Ni35	ER330	0.20	0.38	1.50	0.022	0.010	16.5	34.5
H06Cr19Ni12Mo2	ER316	0.04	0.40	1.90	0.020	0.010	19.5	11.80	2.30
H06Cr19Ni12Mo2Si	ER316Si	0.05	0.70	1.92	0.020	0.010	19.5	11.80	2.30
H03Cr19Ni12Mo2	ER316L	0.019	0.38	1.80	0.018	0.010	19.8	12.20	2.50
H03Cr19Ni12Mo2Si	ER316LSi	0.06	0.85	1.70	0.022	0.010	18.8	12.60	2.40
H03Cr17Ni14Mo3	ER317L	0.02	0.38	1.80	0.020	0.010	18.8	13.80	3.60
H08Cr19Ni12Mo2Nb	ER318	0.06	0.42	1.50	0.022	0.010	18.5	11.80	2.30
H07Cr20Ni34Mo2Cu3Nb	ER320	0.06	0.40	1.00	0.022	0.010	19.8	33.3	2.80	Nb0.7
H02Cr20Ni34Mo2Cu3Nb	ER320L	0.018	0.33	1.50	0.013	0.010	19.8	33.60	2.50	Nb0.35
H08Cr20Ni10Ti	ER321	0.06	0.45	1.50	0.022	0.010	20.8	9.80		Ti9×C-1.0
H08Cr21Ni10Nb	ER347	0.055	0.48	1.80	0.021	0.008	20.8	9.80		Nb1×C-1.0
H12Cr26Ni21	ER310	0.09	0.50	1.66	0.020	0.010	25.5	20.50
H02Cr20Ni25Mo4Cu	ER385	0.020	0.30	1.50	0.018	0.010	20.2	24.80	4.80	Cu 1.80
H03Cr22Ni9Mo3N	ER2209	0.022	0.50	0.90	0.020	0.010	22.5	8.80	3.30	N0.08-0.20
H04Cr25Ni5Mo3Cu2N	ER2553	0.027	0.50	1.00	0.025	0.015	24.8	5.50	3.20	N0.1-0.25
H15Cr29Ni9	ER312	0.09	0.38	1.50	0.022	0.010	29.5	8.50
H03Cr24Ni13MoL	ER309LMo	0.023	0.45	1.50	0.022	0.010	23.8	13.20	2.20
H05Cr17Ni4Cu4Nb	ER630	0.04	0.39	0.50	0.022	0.010	16.5	4.80		Cu;3  Nb;0.28
H08Cr26Ni5Mo2	ER453s	0.06	0.30	0.40	0.022	0.010	25.8	4.80	2.10
H08Cr21Ni10Mn6		0.06	0.35	5.50	0.022	0.010	20.8	9.80
H05Cr22Ni11Mn6Mo3VN	ER209	0.04	0.40	4.50	0.022	0.010	21.5	10.80	2.20	N;0.20 V;0.18