Mild Steel Electrodes
AWS/ASME ClassE 6013
SPECIFICATION SFA 5.1 IS 814 : ER 4211
VJ 6013 is a medium-coated rutile type, all-position, general-purpose electrode. It operates efficiently on both AC and DC (+), producing fine, rippled weld beads with easily removable slag for smooth, clean finishes. VJ 6013 is suitable for all structural and sheet metal welding, building hulls, tanks, vessels, bridges, railway wagons, steel frames, truck bodies, fertilizer plants, and boiler components. It is a versatile choice for both general fabrication and specialized industries, ensuring high-quality welds with ease of use.
Mechanical Properties
YS (MPa) 410-460N/mm²
UTS (MPa)460-550N/mm²
El (%) 22-26%
Charpy V at 0°C (J)50-80 joules
Chemical Composition
C 0.2% max
Mn1.20% max
Si 1.00% max
AWS/ASME ClassE 6013
SPECIFICATIONSFA 5.1 IS 814 : ER 4222X
The VJ 6013X is a medium-coated rutile-type, all-position electrode, compatible with both AC and DC (+). It delivers fine, rippled weld beads with easy slag removal, ensuring clean and smooth welds. Ideal for applications such as hulls, tanks, vessels, bridges, steel frames, truck bodies, fertilizer plants, and boilers, it offers reliable performance across a variety of welding tasks.
Mechanical Properties
YS (MPa) 410-460N/mm²
UTS (MPa)460-550N/mm²
El (%) 22-26%
Charpy V at 0°C (J)50-80 joules
Chemical Composition
C 0.10% max
Mn0.40-0.60% max
Si 0.35% max
AWS/ASME ClassE 6013
SPECIFICATIONSFA 5.1 IS 814 : ER 4222X
The VJ 6013XX is a premium, heavy-coated rutile electrode designed for all-position welding, providing exceptional performance on both AC and DC (+) currents. It produces fine-rippled weld beads with easy slag removal, ensuring consistent, high-quality results. Ideal for a wide range of applications, including the fabrication of hulls, tanks, vessels, bridges, railway wagons, steel frames, truck bodies, and installations in fertilizer plants and boilers,
Mechanical Properties
YS (MPa) 410-460N/mm²
UTS (MPa)460-550N/mm²
El (%)22-26%
Charpy V at 0°C (J) 50-80 joules
Chemical Composition
C 0.10% max
Mn 0.40-0.60% max
Si 0.35% max