Mig Wire

Mig Welding Wire ER70S-6
Mig Welding Wire ER100S-G
ER120S Mig wire
ER80S-D2 Mig wire
Mig Wire 2209
307-Si Mig wire
Mig Welding Wire 308LSi
309LSi Mig wire
310 Mig wire
Mig Welding Wire ER316L-Si
904L mig wire
99% Nickel Mig wire
Aluminium 4047 mig
Mig Welding Wire List
Aluminium 5356

Mig Welding Wire
ER70S-6

Classifications
DESCRIPTIONS Mild Steel
AWS ER 70-S6
DIN E 43 32 R (C) s
ISO E 43 2 R 15
 
Mechanical Properties
TENSILE 540 - 600 MPa
YIELD < 460MPa
ELONGATION > 28 %
OCV AC DC +- 70 min
amp08 70 -110
amp09 100 - 150
amp10 120 - 200
amp12 180 - 260
amp16 220 - 300
Pack Size 5Kg, 15Kg, 250Kg
Chemical Analysis
Carbon 0.08
Manganese 0.6
Silicone 0.3

Welding Position

Characteristics
ISOARC ER70 CO2 is manufactured using the latest technology, taking MIG/MAG welding operations to new levels of performance and all-round efficiency, especially in robotic and mechanised welding. Characteristic features include excellent start properties; trouble-free feeding at high wire speeds and lengthy feed distances; a very stable arc at high welding currents; extremely low levels of spatter; low fume emission; reduced contact tip wear and improved protection against corrosion of the wire.

Applications
ISOARC ER70 CO2 is a copper coated Mn-Si-alloyed ER70S-6 solid wire for the GMAW of non-alloyed steels, as used in general construction, automotive components, pressure vessel fabrication and shipbuilding.

Mig Welding Wire
ER100S-G

Classifications
AWS AWS A5.28 ER100S-G
 
Mechanical Properties
TENSILE 830 MPa
YIELD 760MPa
ELONGATION 19 %
IMPACTVALUE 70 Joules
amp12 180-220
Pack Size 15kg
Shield Gas 75% Ar 25% O2
Chemical Analysis
Carbon 0.08
Manganese 1.6
Phosphorous 0.005
Silicone 0.50
Sulphur 0.009
Chromium 0.30
Molybdenum 0.25
Nickel 1.50
Copper 0.15

Welding Position

Characteristics
ER100S-G is a medium alloy, copper coated welding wire suited for MIG or TIG welding.

Applications
ER100S-G is used to weld HY80 and other similar steels. Welds exhibit high strength as well as low temperature toughness down to -48°C, Used for joining in large vehicle and crane manufacturing.

Mig Welding Wire
ER120S-G

Classifications
AWS AWS A5.28 ER120S-G
 
Mechanical Properties
TENSILE 950 MPa
YIELD 890MPa
ELONGATION 16 %
IMPACTVALUE 66 Joules
amp12 180-220
Pack Size 15kg
Shield Gas 75% Ar 25% O2
Chemical Analysis
Carbon 0.09
Manganese 1.9
Phosphorous 0.005
Silicone 0.80
Sulphur 0.005
Chromium 0.35
Molybdenum 0.55
Nickel 2.15
Copper 0.13

Welding Position

Characteristics
ER120S-G is a medium alloy, copper coated welding wire sited for MIG or TIG welding.

Applications
ER120S-G is used to weld HY100 and other similar steels. Welds exhibit high strength as well as low temperature toughness, good resistance to cold cracking. Used for joining large vehicle and crane manufacturing, high strength pressure vessels and some heat treatable steels.

Mig Welding Wire
ER80S-D2

Classifications
AWS AWS A5.28 ER80S-D2
 
Mechanical Properties
TENSILE 610MPa Avg
YIELD 505MPa Avg
ELONGATION 25%
Min Tensile 550MPa
Min Yield Strength 470MPa
Min Elongation 17%
amp12 150-250
Pack Size 15kg
Shield Gas 100%CO2 or 75%AR 25%CO2
Chemical Analysis
Carbon 0.09
Manganese 1.75
Phosphorous 0.010
Silicone 0.70
Sulphur 0.012
Chromium 0.05
Molybdenum 0.47
Copper 0.15

Welding Position

Characteristics
ER80S-D2 weldin wire is a copper coated wire, used for GMAW and GTAW welding.
Applications
ER80S-D2 welding wire is designed for gas metal arc welding and gas tungsten arc welding when moderately high strength and good sub-zero toughness is needed in the PWHT condition.

Procedures
Pre-heating and interpass temperatures of not less than 148°C must be used during welding.

  1. Mig Wire 2209
  2. 307-Si Mig wire
  3. Mig Welding Wire 308LSi
  4. 309LSi Mig wire