A tubular hardfacing electrode for high-manganese steel with added nickel, resistant to metal-to-metal friction, impact, shock, and pressure. Can also be used for an initial welding layer before hardfacing — the weld deposit work-hardens further in service.
Initial welding layer before hardfacing; high-manganese steel wear parts.
Tubular Hardfacing Electrode
A tubular hardfacing electrode with a high chromium carbide fill, designed for welding materials exposed to high abrasion (high abrasion wear resistance), typically used in the mining industry such as coal, cement, and quarry. Commonly welded on swing hammers, fixed hammers, ripper teeth, dozer bits, dredger teeth, and grizzly bars.
Tubular Hardfacing Electrode
A tubular hardfacing electrode with 40% chromium and 6% carbide content, making it even more resistant to more extreme abrasion and impact — such as on dredger buckets, crusher rolls, ripper tynes, crusher hammers, muller pan tynes, and pathways.
Tubular Hardfacing Electrode
A tubular hardfacing electrode alloyed with chromium, molybdenum, and niobium in a steel-tube matrix. This combination makes it resistant to temperatures up to 400°C, moderate abrasion, and impact.
Tubular Hardfacing Electrode
A tubular hardfacing electrode alloyed with Nb, V, and W, making it even more resistant to high wear and usable at service temperatures up to 600°C. Suited for equipment directly exposed to extreme mineral abrasion and pressure.