Gouging is a super heavy coated electrode specially designed for chamfering and gauging various metals without the need of supplementary gas, air, oxygen or other special torches.
Crack free deposits with higher strength. Ideal for contaminated surfaces Highly ductile It gives radiographic weld bead. Excellent impact resistance.
Medium rutile coated mild steel electrode designed for welding of unalloyed structural steels in all positions including vertical down. The electrode gives smooth radiographic quality weld with low spatter and less smoke. Slag is self detachable and re-striking is excellent.
It is a medium coated rutile type electrode for all position welding. The electrode is characterized by smooth and stable arc, low spatter, easy slag removal and fine rippled bead. Weld deposit good chemical and mechanical properties with radiography quality
It is a special purpose electrode specially designed for welding hot-dip galvanizing baths. The weld metal is highly resistant to molten zinc corrosion. Electrode is further characterized by soft arc, easily detachable slag and low spatter.
Nexa-GP is a rutile coated general purpose electrode for welding in all positions. It has a low spatter & smoke. The initial strike & restrike is excellent. The slag is easily detached from fillet and butt welds. In most cases it is self-lifting. The weld...
It is suitable for all position capability. Weld deposit good chemical and mechanical properties with X-Ray quality,
A thin coated rutile type general purpose electrode, it has a stable arc. Easy slag removal and finely rippled bead. Gives excellent welding on rusted sheets also.
Cut is a medium coated electrode specially designed for faster and smoother cutting, piercing of all type of steels including stainless steel, austenitic manganese steel, cast iron, non ferrous metal in all position. No special skills, supplementary equipment or oxygen tanks are required. It leaves...
The electrode gives soft stable arc on low currents. Deposits are smooth, tough and has excellent resistance to scaling, corrosion resistance at normal as well as elevated temperature. Also possesses good thermal cycles and shock resistance.
For surfacing roughening of sugar rolls increase surface areas of the rollers and therefore crushing efficiency, reduces POL % from bagasse, improve roller life etc.
An extra low carbon, all position electrodes. Gives stable arc, low spatter, smooth weld profile, easily removable slag. The weld deposit is of radiographic quality and withstand temp. upto 1200°C.
Self-releasing slag with little or no need for weld dressing or fettling negligible spatter. High quality weld deposit with defect free radiographic performance in multi pass welds. Extra low carbon content. Suitable to resist heat corrosion and carbon precipitation. All positional. Exceptional weld ability
All position, contact type welding electrode Very low distortion and warpage Welding bead is of x-ray quality. Outstanding welds deposit appearance
Basic type coating Ni. Cr-Fe deposit Outstanding strength and resistance to corrosion from normal to high temperatures. Positional welding capability. For overlay application minimum three layers must be deposited.
Work hardening type electrode with very high deposition rate. Extremely ductile and hence ideal for intricate and hardened manganese steel parts. Have very fast work hardening tendency, high abrasion resistance and resistance to deformation and cracking.
Hard surfacing electrode with excellent abrasion resistance at high temperature and exceptional metal recovery.
Hard surfacing electrode with very high metal recovery exceptional abrasion resistance at room temperature. Easy arc control in horizontal. No slag interference.
Quick and stable arc. Special alloys make the weld resistant to impact, while retaining hardness at relative elevated temperature due to secondary hardening. Crack-free, heavy build-up possible.
Chromium carbide deposit retains cutting edge. Excellent resistance to abrasion. Smooth bead appearance Easy application Low co-efficient of friction.