.030" ER70S-6 Copper Coated Carbon Steel MIG Welding Wire, 33 Lbs

ITEM #: 42276
FEATURED DESCRIPTION: .030 In ER70S-6 Copper Coated Carbon Steel MIG Welding Wire, 33 Lbs
$139.99
QuantityPrice

DESCRIPTION

Forney® ER70S-6 copper coated carbon steel MIG welding wire produces excellent welding results on mild steels where poor fit-up, rust, and oils may be present. ER70S-6 is often used on mild / low alloy steels in applications, not limited to: sheet metal, bridges / pipes, ship building, auto industry / repair, and all industries / fabrications of mild steels. This wire contains high levels of manganese and silicon for stronger deoxidizing power. ER70S-6 wire can be used in manual, semi-automatic or automatic welding operations using pulse, spray transfer, or short circuit transfer with many gases such as 100% CO2, 75%-95% Ar/15%-25% CO2, and 95%-98% Ar/2%-5% O2.


SPECIFICATIONS

  • AWS / ASME: A5.18 ER70S-6
  • WIRE DIAMETER: 0.030 In (0.76mm)
  • WIRE SIZE: 33 Lbs (14.97 Kg)
  • PACKAGING: Plastic spool
  • TYPICAL GAS METAL ARC WELDING (GMAW) PROCEDURES: DCEP Short Circuit
  • WIRE SPEED (INCHES PER MINUTE): 110 - 340 IPM
  • AMPERAGE RANGE: 40 - 130
  • VOLTAGE RANGE: 15 - 20
  • TRAVEL SPEED (INCHES PER MINUTE): 12 - 24 IPM
  • CO2 FLOW RATE (CUBIC FEET PER HOUR): 20 - 25 CFH
  • TYPICAL WELD METAL PROPERTIES (AWS SPEC // TYPICAL): 100% CO2
  • TENSILE STRENGTH (PSI): 70,000 PSI // 80,380 PSI
  • YIELD STRENGTH (PSI): 58,000 PSI // 66,587 PSI
  • ELONGATION IN 2 IN (50.8MM): 22% // 24.2%
  • CHARPY V-NOTCH AT -20° F (X° C): 20 Ft-Lbs/Min // 28 Ft-Lbs/Min
  • REDUCTION OF AREA: N/A // 58%
  • AVERAGE BRINELL HARDNESS: N/A // 171
  • SHIELDING GAS REQUIRED: Yes (100% CO2, 75-95% Argon/15-25% CO2, 95-95% Argon/2-5% O2)
  • MINIMUM ORDER QUANTITY: Each
  • ORDER QUANTITY: 2
  • WARRANTY: Limited 30-Days (Free of defects in material and workmanship that may occur under normal use and care)

RESOURCES

WARRANTY

30 Days:

  • 30 Days: Product: Free of defects in material and workmanship that may occur under normal use and care.