ER316L TIG Welding Rod: Superior Quality for Precision Metal Fabrication

• Customization: Available
• Type: Rolling Wire
• Material: CO2
• Model NO.: ER316L
• Flux Containing: Not Containing Flux
• Slag Characteristic: Acidic
• Extended Length: <10mm
• Transport Package: 1kg/5kg/12.5/15kg/Spool
• Specification: 0.6/0.8/1.0/1.2/1.6/2.0/3.2/4.0mm
• Trademark: Jiuzhou
• Origin: China
• HS Code: 7223000
• Production Capacity: 200000kg/Year

Product Description

ER316L

Stainless steel continuous & cut length solid welding wire, meticulously engineered for precision MIG/TIG welding applications.
CLASSIFICATION : AWS/SFA-5.9: ER316L, EN 12072 19 12 3 L - Trusted standards for quality assurance.
DIN 8556: WK. 1.4430 - Ensuring excellence in performance and reliability.
CHARACTERISTICS :ER316L is a premium austenitic stainless steel, featuring a low carbon welding wire composition of 18% Chromium, 12% Nickel, and 2% Molybdenum. This superior formulation ensures an exceptionally stable arc, excellent crack resistance, and enhanced corrosion resistance, especially against intergranular corrosion. It further delivers outstanding mechanical properties for high-performance welding results.
APPLICATION : The ER316L molybdenum-enhanced grade is expertly designed for MIG, TIG, and SA welding of similar stainless steel types. Its molybdenum content significantly boosts pitting corrosion resistance, particularly in chloride-rich environments, while the low carbon content heightens resistance to intergranular corrosion. Ideal for welding SS 316L and SS 318 grades, this weld metal proves indispensable for high-temperature applications up to 350°C.
SHIELDING GAS : Optimal performance achieved with pure Argon gas or a refined blend of Argon with 2% Oxygen.
CHEMICAL COMPOSITION % ( solid wire chemistry )

C	Mn	Si	S	P	Ni
0.030 max.	1.00-2.50	0.30-0.65	0.030 Max	0.030 Max	12.00-14.00
Cr	Mo	Cu
18.00-20.00	2.00-3.00	0.75 Max

In-depth data of Stainless Steel Solid Welding Wires for precision and reliability.

Type	Application	Chemical Composition	Mechanical Properties	Diameter(mm)	Net weight(kg)	Dia of spool(mm)	Dia(mm)
ER304	18Cr-8Ni	C:0.064% Mn:1.65% Si:0.42% Ni:8.33% Cr:17.10%	Mpa 1200	0.08-0.45	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER304L	17Cr-8Ni	C:0.028% Mn:1.65% Si:0.42% Ni:8.33% Cr:17.10%	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER308	19Cr-9Ni	C:0.064% Mn:1.65% Si:0.42% Ni:10.33% Cr:20.10%	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER308L	20Cr-9Ni	C:0.024% Mn:1.65% Si:0.42% Ni:10.33% Cr:20.10%	Mpa 1200	0.8-4.5	5/12.5/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER309	20Cr-13Ni	C:0.064% Mn:1.65% Si:0.42% Ni:14.33% Cr:20.10%	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER309L	20Cr-14Ni	C:0.024% Mn:1.65% Si:0.42% Ni:14.33% Cr:20.10%	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER309Lsi	20Cr-14Ni	C:0.024% Mn:1.65% Si:1.02% Ni:14.33% Cr:20.10%	Mpa1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER321	16Cr-7Ni	C:0.064% Mn:1.65% Si:0.42% Ni:8.33% Cr:17.10% Ti0.73	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER347	16Cr-9Ni	C:0.064% Mn:1.65% Si:0.42% Ni:9.33% Cr:17.10% (Ta+Nb)(10*C)-10	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER347L	17Cr-9Ni	C:0.064% Mn:1.65% Si:0.42% Ni:9.33% Cr:17.10% (Ta+Nb)(10*C)-10	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER316	16Cr-9Ni	C:0.064% Mn:1.65% Si:0.42% Ni:10.33% Cr:17.10% Mo2.03	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER316L	17Cr-9Ni	C:0.064% Mn:1.65% Si:0.42% Ni:10.33% Cr:17.10% Mo2.03	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER310	24Cr-19Ni	C:0.064% Mn:1.65% Si:0.42% Ni:20.33% Cr:25.10%	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0