30410 Forney Mild Steel General Purpose Electrode
Mild steel "Superweld" is an all-position, general purpose rod with medium to shallow penetration. Medium to heavy slag is easily removed. Excellent for poorly fitted joints. Small sizes of rod are well suited to low heat on thin metals. Use on all types of mild steel where ease of operation and good appearance is required. Great for light gauge metal, sheet metal, duct-work, etc.
No. 40102: AWS Classification: E6013, Diameter: 1/16 In., Length: 14 In., Weight: 1 Lb., Recommended Polarity: AC, DCEP, DECN (Either Polarity), Tensile Strength: 60,000 psi, Pkg Qty: 1, Package Type: Box
No. 40202: AWS Classification: E6013, Diameter: 5/64 In., Length: 14 In., Weight: 1 Lb., Recommended Polarity: AC, DCEP, DECN (Either Polarity), Tensile Strength: 60,000 psi, Pkg Qty: 1, Package Type: Box
No. 30301: AWS Classification: E6013, Diameter: 3/32 In., Length: 14 In., Weight: 1 Lb., Recommended Polarity: AC, DCEP, DECN (Either Polarity), Tensile Strength: 60,000 psi, Pkg Qty: 1, Package Type: Box
No. 30305: AWS Classification: E6013, Diameter: 3/32 In., Length: 14 In., Weight: 5 Lb., Recommended Polarity: AC, DCEP, DECN (Either Polarity), Tensile Strength: 60,000 psi, Pkg Qty: 1, Package Type: Box
No. 30401: AWS Classification: E6013, Diameter: 1/8 In., Length: 14 In., Weight: 1 Lb., Recommended Polarity: AC, DCEP, DECN (Either Polarity), Tensile Strength: 60,000 psi, Pkg Qty: 1, Package Type: Box
No. 30405: AWS Classification: E6013, Diameter: 1/8 In., Length: 14 In., Weight: 5 Lb., Recommended Polarity: AC, DCEP, DECN (Either Polarity), Tensile Strength: 60,000 psi, Pkg Qty: 1, Package Type: Box
No. 30410: AWS Classification: E6013, Diameter: 1/8 In., Length: 14 In., Weight: 10 Lb., Recommended Polarity: AC, DCEP, DECN (Either Polarity), Tensile Strength: 60,000 psi, Pkg Qty: 1, Package Type: Box
Sold as Unit of Measure: BOX
Minimum/Multiple Order Quantity: 1
WARNING: This product contains chemicals known to the State of California to cause cancer and birth defects or other reproductive harm.