ER 70S6 MIG WIRE

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ER 70S6 MIG WIRE Specification

Automation Grade
Manual/Automatic

Welding
MIG/MAG Welding

Power Source
Electric

Diameter
0.8 mm, 1.0 mm, 1.2 mm

Equipment Type
Welding Wire

Application
Automotive, Fabrication, Construction

Type
ER 70S6 MIG Wire

Condition
New

Material
Mild Steel

Dimensions
Standard Spool

Cleaning Requirement
Clean and Oil-Free Surface Recommended

Weight
15 kg, 20 kg per spool

Packaging
Shrink Wrapped/Boxed

Operating Temperature
Up to 350C

Standard
AWS A5.18

Tensile Strength
500 MPa

Coating
Copper Coated

Spool Type
Plastic or Metal

Shielding Gas
CO2, Mixed Argon

Elongation
22%

ER 70S6 MIG WIRE Trade Information

Minimum Order Quantity
15 Kilogram

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

About ER 70S6 MIG WIRE

Product description

CO2 MIG WIRE is Copper coated solid wire for Gas Metal Arc Welding (GMAW).

Our wire is suitable for welding of sheet metal, carbon steels, and low alloy steels including structural steel with a tensile strength up to 540 N/mm2.

Advantages

Our MIG wires are high performing with smooth flow, stable arc, and minimum spatter.
We provide thin and uniform copper coating that ensures good conductivity which ensures high speed feeding and optimum performance.
Our rigorous inspection ensures that the wire gives excellent radiographic quality welds.
We can supply wires in drum packaging, which will help our customers make the most of their time and save cost.
Our large production capacity, hi-tech machines, and testing facilities ensure lowest lead time in procuring wires.

Diameter	0.80 mm, 1.00 mm, 1.20 mm, 1.60 mm
Grades	AWS 5.18 ER 70S6 IS-6419-S4 DIN SG2 AWS ER-90SG and Other Grades Available
Packaging	12.50kg, 15 kg and Drum Pack 100kg, 150kg, 250kg (Jumbo Pack)

Superior Performance for Mild Steel Welding

ER 70S6 MIG Wire is engineered to deliver high-strength welds in mild steel applications with reliable joint integrity. Its copper coating lowers spatter and improves arc stability. Suited for both manual and automated setups, this wire ensures consistent weld results across various industries, including automotive and construction.

Versatile and Efficient Packaging Options

Available in 15 kg or 20 kg spools with plastic or metal options, ER 70S6 MIG Wire offers flexible solutions to match your workflow and handling needs. All spools are shrink-wrapped or boxed to maintain product quality and prevent contamination, ensuring safe transportation and storage.

FAQ's of ER 70S6 MIG WIRE:

Q: How should I prepare the surface before welding with ER 70S6 MIG Wire?

A: It is recommended to ensure the work surface is clean and oil-free before welding. Proper cleaning enhances weld quality, reduces defects, and provides optimal adhesion during the welding process.

Q: What shielding gases are compatible with ER 70S6 MIG Wire?

A: This MIG wire can be used with both CO2 and mixed argon shielding gases, depending on your specific welding application and desired results. Each gas type influences penetration and spatter characteristics.

Q: When can I use ER 70S6 MIG Wire for automated welding?

A: ER 70S6 MIG Wire is suitable for both manual and automated (robotic) MIG/MAG welding processes. Its consistent performance and compatibility with standard spool sizes support integration with automated welding equipment.

Q: What diameters are available for ER 70S6 MIG Wire, and how do I choose the right one?

A: The wire is available in 0.8 mm, 1.0 mm, and 1.2 mm diameters. Select the diameter based on the material thickness and welding current-thicker materials typically require larger diameter wire for optimal results.

Q: Where is ER 70S6 MIG Wire commonly used?

A: This MIG welding wire is widely used in automotive manufacturing, construction, general metal fabrication, and similar industries requiring strong, ductile welds in mild steel.

Q: How does the copper coating on ER 70S6 MIG Wire benefit the welding process?

A: The copper coating improves electrical conductivity, reduces spatter, and helps maintain arc stability, ultimately extending torch tip life and ensuring clean welds.

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