Classification: ER316L (ISO 14343-1A: W 19 12 3 L)
Specification: AWS A 5.9
Form: Solid filler wire, 1 meter standard lengths for TIG wire, Spool form for MIG wire.
ER316L Chemical Composition and Mechanical Properties
| Carbon, C%
|Chromium, Cr%||18.0- 20%|
|%Nickel, Ni%||11.0- 14%|
|Molybdenum, Mo%||2.0- 3.0%|
|Manganese, Mn%||1.0- 2.50%|
| Silicon, Si %
|Phosphorus, P%||0.03% Max.|
|Sulfur, S%||0.03% Max.|
|Copper, Cu%||0.75% Max.
|Tensile Strength, Ksi (MPa)||70, (490)|
|Yield Strength, Ksi (MPa)
|Elongation, % minimum||30|
Note: As per AWS A5.9, only chemical composition test is required for ER316L. Above Mechanical properties are not specified in AWS A5.9.
ER316L is 19 Cr, 12.5 Ni, and 2.5 Mo alloyed solid filler wire rod as per AWS A5.9 specification.
The F Number of ER316L is F Number 6.
ER316L is used for welding of similar metallurgy materials such as AISI 316L, 1.4401 X5CrNiMo17-12-2, 316Ti and 316Nb alloys.
Welding Shielding gas for ER316L Wire
ER316L shall be used only with Inert Gas such as Argon and Helium for TIG welding.
ER316L when used for MIG welding, Argon with little addition of Oxygen is used to increase weld pool fluidity. 316L weld pool is inherent to be sluggish and oxygen addition increase its fluidity.
ER316L is a solid TIG-MIG filler wire rod used for welding AISI 316L stainless steel. Notable 316 metallurgy grades are TP316L, 1.4401 X5CrNiMo17-12-2, F316L, and SUS 316L.
- ‘ER’ means Electrode
- ‘316’ means the material type
- ‘L’ means Low Carbon
Chemical composition and mechanical properties of ER316L is stated in table above as required by AWS A5.9 specification for stainless steel welding electrodes.
ER316L Filler wire specification is AWS A5.9. ISO equivalent specification for ER316L is ISO 14343-1A. ISO equivalent filler wire for ER316L is W 19 12 3 L.
ER316L Test Certificate (MTC)
Click here to download ER316L MTC (material test certificate). This is an actual test certificate of Er316L filler wire rod.