Search and filter the complete Starlet product range by category, product type, application, or alloy.
13 products found
Covered Electrode
A hardfacing electrode with good impact and pressure strength, abrasion resistant. Suited for the final overlay pass on equipment exposed to heavy impact and pressure — mineral mining machines, impact drilling and crushing devices, guide springs, cutting tool edges, hard manganese steel, and bucket edges and teeth.
MIG Hardfacing Wire
A silicon-chromium alloy hardfacing electrode, extremely hard, crack resistant, tough, and impact resistant. For the best weld quality, buffer layering with Starlet 595 E.B, Starlet 696 E.B, Starlet 717 E, or Starlet 363 E.A is recommended to achieve maximum strength. Used for hardfacing parts of earth and mineral mining machines, impact drilling and crushing devices, guide springs, cutting tool edges, hard manganese steel, bucket edges and teeth, and alloy steel.
MIG Hardfacing Wire
An electrode for final-layer welding on mining machinery such as drilling and crushing devices, guide springs, cutting tool edges, hard manganese steels, and bucket edges and teeth. The weld metal is crack resistant and tough.
MIG Hardfacing Wire
A hardfacing electrode for surfaces exposed to abrasion combined with heavy impact, such as in the mining and agricultural industries. The weld result cannot be machined.
MIG Hardfacing Wire
A hardfacing electrode for wear-resistant mining equipment such as crushing, drilling, and excavating machinery in the mining industry (cement, coal, etc). For the best results, an initial layer with Starlet 696 E.B, Starlet 5152 E.A, and Starlet 717 E is recommended.
MIG Hardfacing Wire
A universal hardfacing electrode used for alloy steel, cast steel, and hard manganese steel. Resistant to a combination of impact, compression, and abrasion — such as on shafts, gliding surfaces, gears, plough shares, rails, shunts, crossings, baffle plates, and excavator parts.
MIG Hardfacing Wire
A hardfacing electrode resistant to severe abrasion and heavy impact, used on all types of steel (carbon steel, 12-14% manganese steel, and alloy steel) — such as dredger bucket edges, mixer blades, sand pumps, conveyor screws and chains, hammers, crusher jaws, and guide plates in the mining industry (cement, coal, oil).
MIG Hardfacing Wire
An electrode resistant to abrasion and light impact, used for conveyor screws, mixer blades, and sand pumps. Also suitable as a final layer for high-manganese steel material.
MIG Hardfacing Wire
A hardfacing electrode alloyed with high chromium carbide, extremely resistant to extreme conditions, providing maximum resistance against extreme mineral abrasion. Recommended for the mining industry (cement, oil, and coal), used on exhauster fan blades, pump bodies, rock crushers, and excavator teeth.
MIG Hardfacing Wire
A super overlay electrode with a very high content of carbide-forming elements (Mo, V, W, Nb). Used in the cement, oil, coal, and steel industries. Typically used for welding equipment exposed to heavy abrasion, heavy shock, friction, and extreme mineral abrasion — such as buckets, bucket teeth, heavy construction equipment, drill bits, mud pumps, mixer blades, agricultural machines, and rock crushers.
MIG Hardfacing Wire
A hardfacing electrode resistant to impact and high abrasion, used to overlay steel surfaces requiring maximum hardness such as molds, rollers, crusher jaws, and shear blades. Also resistant to shock and high pressure, and highly crack resistant. Can be used on all alloy steel types, high-manganese steel, and carbon steel.
MIG Hardfacing Wire
A hardfacing electrode for build-up applications requiring toughness and resistance to heavy impact and friction. Commonly used for railway crossings, gear wheels, shafts, gears, and rollers in cement plants — the weld deposit machines easily.
MIG Hardfacing Wire
The most widely used high-manganese steel hardfacing electrode for overlaying various equipment exposed to impact, shock, friction, and pressure. Typically used in the coal and cement mining industries, and in steel. Highly resistant to heavy impact and friction — the weld metal work-hardens further in service. An initial layer with Starlet 717 E is recommended for good bonding and crack protection in thick-layer welding.