
LINCOLN FLEETWELD 5P+ ELECTRODES 3.2MM E6010 (22.68KG) ED010278 (DC +)
Regular price $919.36Cellulose Electrode E6010
DETAILS
Fleetweld 5P+ is a mild steel, cellulosic stick electrode that is standard in the pipe welding industry for root pass.
Features
High operator appeal and control
Easy slag removal
Cross country and in-plant pipe welding
Standard in the pipe welding industry
TOP FEATURES
• Deep arc penetration.
• Light slag with minimal arc interference.
• Excellent vertical and overhead capability.
TYPICAL APPLICATIONS
• Cross country and in-plant pipe welding
• Steel with moderate surface contaminants
• Square edge butt welds
• Welding on galvanized and specially coated steels
First choice for pipe welding, and vertical up and overhead plate
welding
Suitable for pipe welding applications
Specifications
Complies with AS/NZS 4855-B – E4310A and AWS A5.1: E6010
Technical Specifications
Type Stick
Diameter 3.2 mm
Length 350 mm
Current Range 75 to 135 A
Tensile Strength 500 to 610 MPa
Packaging Size 22.68 kg
Application Suitable for typically used in pipe welding applications.
Colour Steel
Item Stick Electrode
Application Arc Welding
Aws Classification E6010
Container Size 50 lbs.
Container Type Hermetically Sealed Can
Elongation 22% To 29%
Elongation (as Welded) 22% to 29%
Finish Cellulosic
For Material Type Carbon Steel To Carbon Steel
For Welding Position Flat, Horizontal, Overhead, Vertical Down, Vertical Up
Length 14"
Material Carbon Steel
Mfr. Series FleetWeld 5P+ Series
Min. Elongation 22%
Min. Required Elongation 22%
Min. Required Yield Strength 48 ksi
Min. Tensile Strength 60 Ksi
Min. Yield Strength 48 ksi
Overall Dia. 1/8"
Overall Length 14"
Process Stick Welding
Series FLEETWELD 5P+ Series
Tensile Strength 73 ksi to 88 ksi
Tensile Strength (as Welded) 73 ksi to 88 ksi
Tensile Strength (min. Required) 60 ksi
Welding Amps Designation DCEP
Yield Strength (as Welded) 60 ksi to 73 ksi
Minimum Sell Quantity: 1 X 22.68KG TIN
Order Quantity Multiple: 1 X TIN
The images shown are for illustration purposes only and may not be an exact representation of the product.