S757 ESpecial Electrodes for Alloy Steel
NiCr15Fe6Mn Crack-Resistant Alloy Steel Electrode
Covered Electrode
A crack-resistant NiCr15Fe6Mn alloy steel electrode used for the maintenance and repair of various metals such as nickel alloys (Inconel and Incoloy), alloy steel, and stainless steel. Also used to repair cracks and join thick steel sections. This electrode's mechanical properties are unaffected by heat treatment. Resistant to extreme temperatures (200°C-1000°C), heat, oxidation, and corrosion. Suitable for the cement, chemical, and oil & gas industries.
S737 ESpecial Electrodes for Alloy Steel
Ferritic-Austenitic CrNi Special Steel Electrode
Covered Electrode
A special ferritic-austenitic CrNi alloy steel electrode with added value for repairing and maintaining a wide range of different steels, such as carbon steel, tool steel, high speed steel, low- and high-alloy steels, manganese steel, cast steel, rail steel, cast iron, and all types of stainless steel. Used to repair gears, casings, shafts, and steel of unknown chemical composition. Heat resistant to 1000°C.
S727 ESpecial Electrodes for Alloy Steel
CrNi Special Steel Electrode for Thick & High-Alloy Steel
Covered Electrode
A special CrNi alloy steel electrode resistant to cracking and impact. Used for joining and building up thick steel, high-alloy steel, and cast steel — such as extruder screws, roller presses, and coupling boxes. Widely used to repair metals that are difficult to weld.
S717 E A/B/CSpecial Electrodes for Alloy Steel
High-Manganese Steel Electrode for Pre-Hardfacing Rebuild
Covered Electrode
An electrode for repairing and rebuilding components before hardsurfacing, such as railway track, mill hammers, rollers, and crushers, thanks to its high manganese steel content. Can also be used to weld between cast iron and steel. Resists cracking, abrasion, impact, corrosion, pressure, cavitation, and extreme shock — the weld deposit work-hardens further in service. AISI grades: 420, 430, 430T, 431, 440, 502, 405, 410.
S363 E A/BStainless Steel Electrodes
CrNi / Manganese Steel Stainless Electrode
Covered Electrode
A stainless steel electrode alloyed with Cr and manganese steel, highly flexible for welding and joining dissimilar metals such as stainless steel, manganese steel, tool steel, carbon steel, mild steel, and high-alloy steel. Used to repair sprockets and wheel shafts, and suited as a buffer layer before hardsurfacing. Weld metal resists corrosion and cracking. Material grades: G-X 7 Cr 13, G-X 20 Cr 14, G-X 10 Cr Mo 13, G-X 8, Cr Ni 13, 403, 405, 410, 420, 430, 430 Ti, 431, 446, 312.
S373 E A/BStainless Steel Electrodes
Austenitic CrNi Stainless Steel Electrode
Covered Electrode
A steel and stainless steel austenitic CrNi electrode resistant to corrosion, heat, and cracking. The weld metal is stable and requires no preheating, with high metal efficiency. Widely used for maintenance in the food, chemical, textile, and paint industries. Also used for joining and overlaying (build-up) between stainless steel and steel, including dissimilar steels. (Heat-treatable steel, ferritic Cr/austenitic CrNi steel, austenitic Mn steel, high strength steel, dissimilar metal, tool steel, carbon steel) 309.
S313 E A/BStainless Steel Electrodes
Acid & Corrosion-Resistant Stainless Steel Electrode
Covered Electrode
A stainless steel electrode resistant to corrosion and acid. Used for welding tanks and piping in the food & beverage industry (dairy, beer, sugar). Also used to weld metals exposed to acid, gas, steam, and water. Heat resistant up to 400°C. Suitable material grades: X12CrNiTi 18 9, G-X10CrNi 18 8, X10CrNiNb 18 10, X2CrNi 19 11, 347, 321, 304, 304 LN, 302, A296 CF 8 C, A 157 C9, A 320 B 8 C, D, 308, 308L.
S323 E A/B/CStainless Steel Electrodes
CrNiMo Stainless Steel Electrode
Covered Electrode
A CrNiMo alloy stainless steel electrode resistant to high current, acid, corrosion, and temperatures up to 400°C. Used to join stainless steel and carbon steel. Widely used in the food and chemical industries (grades 316, 317, 316L, 316Cb, 316Ti).
S333 EStainless Steel Electrodes
Heat-Resistant CrNi / CrNiAl Stainless Electrode
Covered Electrode
A heat-resistant (1100°C) stainless steel electrode alloyed with CrNi and CrNiAl, used for furnace and boiler fabrication. Highly resistant to corrosion and oxidation. Recommended material grades: X20CrNiSi 25 4, G-X40CrNiSi 27 4, X10CrAl 7, X10CrAl 13, X10CrAl 18, X10CrAl 24, G-X30CrSi 6, G-X40CrSi 17, 327, 310.
S353 EStainless Steel Electrodes
Cr-Ni / Cr-Si-Al Stainless Electrode for Ceramics & Cement
Covered Electrode
A Cr-Ni and Cr-Si-Al alloyed stainless steel electrode resistant to heat up to 1200°C, used for cast steel, furnaces, boilers, and pipe. Suited to the ceramics, petrochemical, and cement mill industries. Recommended stainless steel grades: X15CrNiSi 25 20, X12CrNi 25 21, X15CrNi 20 12, G-X 15 CrNi 25 20, G-X40 CrNi25 21, G-X40 CrNi-Si 22 9, X10 CrAl 18, X10 CrAl 24, G-X 40 CrSi 17, 305, 310, 314.
S383 E A/BStainless Steel Electrodes
Corrosion & Seawater-Resistant Stainless Electrode
Covered Electrode
A stainless steel electrode resistant to corrosion, humid conditions, and seawater — very well suited for building hydroturbines, compressors, steam power plants, and propeller parts, and for overlay or build-up work. Material grades: X5CrNi 13 4, G-X5CrNi 13 4, X6Cr 13, G-X5CrNi 13 6, 410 NiMo, 410.
S385 EStainless Steel Electrodes
CrNiMoCu Stainless Electrode for Chemical Resistance
Covered Electrode
A CrNiMoCu alloy stainless steel electrode highly resistant to chemicals and severe corrosion. Used for joining and overlaying all types of steel (cast steel, low alloy steel, cast steel grades). Material grades: G-X7 NiCrMoCuNb 25 20, 317L, 904L, 307 and 307L, G-X7CrNiMoCuNb 18 18, X5NiCrMoCuNb 20 18, X5NiCrMoCuTi 20 18, X2NiCrMoCu 25 20 5.
S390 EStainless Steel Electrodes
CrMo Stainless Steel Electrode, Seawater & Heat Resistant
Covered Electrode
A CrMo alloy stainless steel electrode with good weldability, usable in all positions except vertical-down. Mainly used on hard surfaces resistant to corrosion, wear, and seawater, and heat resistant up to 900°C. Recommended material grades: GS-C 25, X22CrNi 17, 41 Cr 4, 430, 430 Mo.
S393 EStainless Steel Electrodes
Duplex Stainless Steel Electrode, High Corrosion Resistance
Covered Electrode
A stainless/duplex steel electrode resistant to highly corrosive environments. Produces high-strength welds with strong resistance to low-pH chloride or hydrogen sulphide corrosion. Also used to join and overlay all types of steel, including austenitic steel and cast steel. Typically used on: X2CrNiMoN22-5-3, X2CrNiN23-4, X2CrNiMoNb18-12, P235GH/P265GH, S255N, P295GH, S355N, 16Mo3, 2209.
S317 EStainless Steel Electrodes
High-Mo Stainless Steel Electrode
Covered Electrode
A high-Mo alloy stainless steel electrode built to withstand high heat, corrosion, and acid. Grades: X2 CrNiMoN 17 13 3, X2 CrNiMoN 17 13 5, X2 CrNiMoN 18 18 3, X2 CrNiMoN 18 13, X4 CrNiMoN 19 16 5, X4 CrNiMoN 22 15, X CrNiMo 18 14 3, X2 CrNiMo 18 14 4, X10 CrNiMoTi 18 12, 316L, 316CB, 317L, S31726.
S318 EStainless Steel Electrodes
CrNiMo Stable Stainless Steel Electrode
Covered Electrode
A stainless steel electrode for welding tanks and piping made from CrNiMo alloy and stabilized steel. Commonly used in the food, textile, chemical, and paint industries. Stable weld metal, heat resistant to +400°C. Grades: X6 CrNiMoTi 17 12 2, X6 CrNiMoNb 17 12 2, X5 CrNiMo 17 13 2, G-X5CrNiMo 18 10, X10 CrNiMoNb 18 12, X5 CrNiMo 17 13 3, G-X10 CrNiNb 18 10, 316, 316Ti, 316Cb, 316L, 318.
S347 EStainless Steel Electrodes
Stainless Steel Electrode for Dairy & Beverage Vessels
Covered Electrode
A stainless steel electrode used for welding pipes and tanks for milk and beer, resistant to acid, steam gas, and corrosion. High elasticity, suitable for heavy-duty parts. No pre- or post-weld heating required. Heat resistant to 400°C. Grades: X6 CrNiNb 18 10, X6 CrNiTi 18 10, X5 CrNiNb 18 10, X5 CrNi 18 8, 347, 321, 304, 304L, 304LN, 302, A 296CF 8C, A 157 CG, A 320 B 8 C & D.
S409 EStainless Steel Electrodes
409Cb / 409Ti Automotive Exhaust Electrode
Covered Electrode
A 409Cb and 409Ti stainless steel electrode used in the automotive industry, especially for welding exhaust systems that require high heat resistance.
S212 E A/B/CCast Iron / Gray Iron Electrodes
96% Nickel-Core Cast Iron Electrode
Covered Electrode
A cast iron electrode with a 96% nickel core, for welding gray cast iron, forged cast iron, and nodular cast iron. Produces porosity-free welds with low heat input, making it easy to join cast iron to steel, stainless steel, and monel. Used for engine blocks, cylinder heads, pump housings, valves, crankcases, gear box cams, wheels, and piston grooves.
S222 ECast Iron / Gray Iron Electrodes
Nickel-Copper Cast Iron Electrode
Covered Electrode
A nickel-copper alloy cast iron electrode specialized for welding soft cast iron. Can also be used to join cast iron, steel, nickel, and copper. Resistant to highly corrosive conditions and commonly used in the chemical, petrochemical, and seawater-related industries.
S232 E A/B/CCast Iron / Gray Iron Electrodes
Nickel-Iron Cast Iron Electrode
Covered Electrode
A nickel-iron alloy cast iron electrode for welding all types of cast iron, including tempered cast iron. Can also join cast iron to steel, or to copper and nickel alloys. Low heat input and crack resistant, with good weldability that makes it easy to use in difficult positions. Can be welded hot or cold. Used to repair gear boxes, pump casings, gear housings, engine blocks, compressors, dies, and generators.
S252 ECast Iron / Gray Iron Electrodes
Iron-Vanadium Cast Iron Rebuilding Electrode
Covered Electrode
An iron- and vanadium-cored electrode used for repairing, overlaying, and maintaining alloy cast iron and nodular cast iron equipment. Produces a slightly hard, friction-resistant deposit without excessive weld heat, with weld color similar to cast iron. Suited for molds and automotive components.
S262 ECast Iron / Gray Iron Electrodes
Hard, Non-Machinable Cast Iron Overlay Electrode
Covered Electrode
A hard cast iron welding wire that cannot be machined, used for overlay or build-up on cast iron material that does not require turning. Can also be used to weld cast iron contaminated with dirt and oil. Suited for the automotive industry, pump casting, and molds made of cast iron.
S272 E A/BSpecial Electrodes for Pure Nickel & Monel
High-Corrosion, High-Heat Nickel Alloy Electrode
Covered Electrode
An electrode resistant to high corrosion, heat, and oxidation, for nickel alloys such as Inconel and Incoloy. Its resistance to corrosion, heat, and oxidation, combined with a complete alloy composition, makes it widely used in maintenance and repair for hard-to-weld jobs, including materials of unknown chemical composition — including joining steel to stainless steel. Material grades: ASTM A553, A333, A334, A353, A522, (G)X8Ni9, 12Ni19, ASTM 75, ASTM 80A, UNSN06625, Incoloy 800, Inconel 600, Inconel 625, Inconel 825, 1.4529 X2 NiCrMoCu 25 20 6, 1.4583 X10 NiCrMoNb 18 12.
S282 E A/BSpecial Electrodes for Pure Nickel & Monel
High-Nickel Base Alloy Electrode for Extreme Temperature
Covered Electrode
A high-nickel base alloy electrode resistant to heat (extreme temperatures from 100°C-600°C up to 1200°C). Highly crack-resistant, with an advantage for welding/joining steel to stainless steel, nickel, tool steel, and high-temperature steel such as Inconel 600/600L, Incoloy 800, NiCr 15 Fe, LC-NiCr 15 Fe, and NiCr 60 15.
S292 ESpecial Electrodes for Pure Nickel & Monel
Nickel-Copper (Monel) Electrode
Covered Electrode
A nickel-copper (Monel) alloy electrode, highly resistant to corrosion, seawater, chemicals, and acid. Used to join or overlay Monel (nickel-copper alloy), carbon steel, low alloy steel, copper, and copper-nickel alloys — such as valve dies. Material grades: 400, R-405, K500.
S515 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Hardfacing Electrode for Heat, Abrasion & Corrosion
Covered Electrode
A hardfacing electrode for hard surfaces subject to pressure, impact, abrasion, corrosion, erosion, metal-to-metal friction, and heat up to 900°C. Used for valve shutters and caps, wood-working tools, saw chains and slideways, hot shear blades, pump components, hot pressing tools, valve seats, ingot tong ends, and conveyor screws. Also used in the chemical and food industries.
S525 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Hardfacing Electrode for Cutting Tools
Covered Electrode
A hardfacing electrode resistant to pressure, abrasion, corrosion, erosion, cavitation, and heat up to 900°C (briefly to 1000°C). Used for cutting blades/cutters in the wood, paper, and plastic-cutting industries. Also resistant to metal-to-metal friction and wear in drilling tools.
S535 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Hardfacing Electrode for Steel Mill Wear Parts
Covered Electrode
A hardfacing electrode resistant to impact, pressure, corrosion, and severe friction, with heat resistance sometimes up to 1100°C and resistance to metal-to-metal friction. Recommended for welding cutting tools, screw conveyors, valves, milling and mixing equipment, drilling tools, wear rings, and guide rails or rollers in steel mills.
S565 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Hardfacing Electrode for Hot Forging Dies
Covered Electrode
A hardfacing electrode alloyed with Cr, C, W, Mo, Fe, Si, Mn, and high nickel, suitable for overlaying and building up hot-work tooling. Highly resistant to heat, impact, and thermal shock — used on dies and forging machines, hot punches, forging dies, and hot shear blades. The weld deposit work-hardens further in service. Very suitable for reconditioning hot mandrels in pipe mills.
S575 E A/BElectrodes for Abrasion, Impact, Heat & Pressure Resistance
W,Cr,Mo High Speed Steel Electrode
Covered Electrode
A W, Cr, Mo alloy electrode for high-speed steel, used for welding metal cutting tools and for building up carbon steel and low-alloy steel (high speed steel 1.3243, 1.3343, 1.3346).
S585 E A/BElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Hot Work Tool Steel Repair Electrode
Covered Electrode
An electrode used to repair and rebuild hot-work tool steel and cutting tools, especially for cutting tool edges and cutting steel surfaces. The weld result is highly resistant to friction, compression, and impact.
S5154 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Extreme-Temperature Overlay Electrode for Glass Industry
Covered Electrode
An overlay electrode resistant to extreme temperatures (hot or cold), used as a protective layer on steel parts or tools operating at extreme temperatures. Alloyed with Cr, Co, Mo for excellent weld results, resistance to metal-to-metal friction, and crack resistance at high temperature. Typically used for welding in the glass industry, such as draw plates, stamping and trimming dies, kiln parts, and pump shafts.
S5155 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
High-Strength Hardfacing Electrode for Forging Dies
Covered Electrode
A high-strength hardfacing electrode with creep resistance up to 1200°C, also resistant to shock, high friction, and abrasion, and resistant to oxidation, acid, and chemicals. Used as a protective layer on low- and high-alloy steel, nickel, and steel of unknown composition. Alloyed with Cr, Co, Ni, Mo, and W, making it suitable for dies, mandrels, cutting knives, rollers, furnaces, forging dies, and rolling mills.
S5156 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Overlay Electrode for Worn Tool Steel
Covered Electrode
An electrode for overlaying worn steel, especially tool steel, resistant to high heat, abrasion, and pressure — suited for hot cutting blades, hammers, grinders, forming molds, casting molds, and cylinder surfaces.
S5157 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Hardfacing Electrode for Hot & Cold Working Tools
Covered Electrode
A hardfacing electrode for equipment or steel working at both hot and cold temperatures, such as cutting dies, hot-shearing machine blades, punching tools, rolls, and impact punches, and die-casting machinery. Also used on steel grades such as ST-50, ST-70, and ST-60.
S5158 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
High Speed Steel Hardfacing Electrode
Covered Electrode
An overlay electrode for high-speed steel and cutting-tool edges made of alloy steel, highly resistant to friction, wear, pressure, and impact — suited for high-carbon steel and tool steel such as exhauster fan blades, cutting dies, cutting edges, and crushers.
S555 E AElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Hardfacing Electrode for Mining Impact & Abrasion
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.
S555 E BElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Silicon-Chromium Hardfacing Electrode (MIG)
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.
S555 E CElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Final-Layer Hardfacing Wire for Mining Machinery (MIG)
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.
S555 E DElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Hardfacing Wire for Mining & Agricultural Abrasion (MIG)
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.
S555 E EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Hardfacing Wire for Crushing, Drilling & Excavating (MIG)
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.
S555 E FElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Universal Hardfacing Wire for Alloy & Manganese Steel (MIG)
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.
S555 E GElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Heavy Abrasion Hardfacing Wire for Dredging & Crushing (MIG)
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).
S595 E A/BElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Light Abrasion & Impact Hardfacing Wire (MIG)
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.
S5151 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
High-Chromium Carbide Hardfacing Wire (MIG)
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.
S5252 E A/BElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Super Carbide-Forming Overlay Electrode (MIG)
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.
S5353 E A/BElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Hardfacing Electrode for Molds, Rollers & Crusher Jaws (MIG)
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.
S5152 E A/B/C/DElectrodes for Abrasion, Impact, Heat & Pressure Resistance
Build-Up Hardfacing Wire for Cement Plant Machinery (MIG)
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.
S5153 EElectrodes for Abrasion, Impact, Heat & Pressure Resistance
High-Manganese Hardfacing Wire for Mining & Steel (MIG)
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.
S3050 ETHardfacing Tubular Electrodes
Nickel-Enriched Manganese Steel Tubular Electrode
Tubular Hardfacing Electrode
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.
S1861 ETHardfacing Tubular Electrodes
High Chromium Carbide Tubular Electrode
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.
S1862 ETHardfacing Tubular Electrodes
40% Chromium Tubular Electrode for Extreme Abrasion
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.
S1864 ETHardfacing Tubular Electrodes
Chromium-Molybdenum-Niobium Tubular Electrode, 400°C
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.
S1866 ETHardfacing Tubular Electrodes
Nb, V, W Tubular Electrode for Extreme Mineral Abrasion, 600°C
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.
S1868 ETHardfacing Tubular Electrodes
Tungsten & Chromium Carbide Tubular Electrode
Tubular Hardfacing Electrode
A tubular hardfacing electrode alloyed with tungsten carbide and chromium carbide, specialized for welding resistant to extreme abrasion, pressure, and strong shock.
S1874 ET A/B/CHardfacing Tubular Electrodes
Tungsten & Chromium Carbide Tubular Electrode for Drill Bits
Tubular Hardfacing Electrode
A tubular hardfacing electrode alloyed with tungsten and chromium carbide, for welding resistant to extremely high abrasion and heavy shock. Contains 46% and 70% tungsten carbide. Used for drill bits, scrapers, and equipment exposed to high abrasion.
S817 ESpecial Electrodes for Aluminum & Non-Ferrous Metals
Pure Copper Electrode
Covered Electrode
A pure copper electrode for joining and overlaying pure copper with alloyed copper; can also be used for welding steel. Resistant to corrosion and seawater, with low input and good electrical conductivity.
S827 ESpecial Electrodes for Aluminum & Non-Ferrous Metals
Tin-Bronze Alloy Electrode
Covered Electrode
A tin and bronze alloy electrode, used to repair equipment made of copper alloy, bronze, and brass, and for joining steel, nickel, nickel alloys, and cast iron. Highly resistant to corrosion, seawater, salt air, and attack from acetone and dry ammonia particles. Example equipment repaired with this electrode: piston arms, sprockets, guides, turbines and centrifugal blades, fans, ship's screw propellers, motor collectors, and valve seats.
S837 ESpecial Electrodes for Aluminum & Non-Ferrous Metals
CuMnNiAl Alloy Electrode for Marine Bronze
Covered Electrode
A CuMnNiAl alloy electrode used for joining and overlaying aluminum bronze alloys, high-manganese alloy steel, and gray cast iron. Resistant to seawater, erosion, corrosion, and chemical attack. Commonly used in the chemical industry (valves, pumps) and shipbuilding (ship propellers). Example equipment repaired with this welding wire: ship propellers, propeller shafts, sleeves, turbines and pump housings, heat exchanger plates, mixer blades, gear wheels, punches, and dies.
S857 ESpecial Electrodes for Aluminum & Non-Ferrous Metals
Aluminum-Silicon Repair Electrode
Covered Electrode
An aluminum-silicon alloy electrode for repairing and maintaining aluminum equipment such as engine blocks, gear cases, engine gear box units, storage tanks, containers, vessels, and other aluminum components. (4043)
S907 ESpecial Electrodes for Aluminum & Non-Ferrous Metals
12% Silicon Aluminum Casting Electrode
Covered Electrode
An aluminum electrode with 12% silicon content, used to repair and join aluminum castings, plus repair and maintenance of sheet aluminum and aluminum castings. Also used to build up and fill cracked aluminum castings, with good weldability and low spatter. (4047)
S908 ESpecial Electrodes for Aluminum & Non-Ferrous Metals
Pure Aluminum Electrode
Covered Electrode
A pure aluminum electrode for joining pure and alloyed aluminum, with low input, corrosion resistance, seawater resistance, and good weldability. Used for welding pipes, vessels, hoppers, vats, containers, heat exchangers, air conditioning, and decorative panels. (1100)
S695 E A/BHard / Low Alloy / Mild Steel / Heat Resisting Electrodes
Low-Alloy Steel Electrode for Construction & Boilers
Covered Electrode
(A) A low-alloy steel electrode for welding in steel construction, boiler fabrication, vessel fabrication, and machine building. Good strength and toughness, with a low-hydrogen weld deposit, low spatter, and high weld quality. Material grades: S235JR-E295, E335, S235J2G3-S355J2G3, C22, C35, P235T1-P355T1, L210-L360, P255NH-P355NH, S255NR-S355NR, GE200-GE300, 6010, 6013, 6019. (B) An electrode for welding steel and galvanized tanks.
S696 EHard / Low Alloy / Mild Steel / Heat Resisting Electrodes
High-Strength Alloy Steel Electrode
Covered Electrode
A high-strength alloy steel electrode with resistance to cracking, ductility, and high strength. Used to weld various steels (fine-grained steel, cementation steel, tempered steel, and cast steel). Material grades: Hy100, S690QL, S690QU, N-AXTRA70, Ge300, 7016-1, 7016.
S697 EHard / Low Alloy / Mild Steel / Heat Resisting Electrodes
General-Purpose Hard Steel Electrode
Covered Electrode
An electrode for hard steel, used for the repair and joining of all types of steel, with low spatter, easily-removed slag, low amperage, and usable in all positions. Base material grades: S235JR-E295, S235J2G3-S355J2G3, C22, C35, P235T1-P355T1, P235T2, P355T2, L210-L320, L290MB-L320MB, P235G1TH, P255G1TH, P235GH, P265GH, P295GH, S235JRS1-S235J4S, S315G1S-S355G3s, S255N-S355N, 7018, 7018-1, 7016, 7016-1, 7010, 8018, 8016.
S698 EHard / Low Alloy / Mild Steel / Heat Resisting Electrodes
Heat-Resisting Electrode for Boilers & Petrochemical Steel
Covered Electrode
An electrode for all types of steel including heat-resistant steel up to 650°C. Used for welding steam boilers, pipe steel, pressure vessel steel, petrochemical equipment, cast steel, and cement mills. Very well suited for maintenance work. Base material grades: 13CrMo4-5, 15CrMo5, 16CrMoV4, G17CrMo5-5, G22CrMo5-4, A193Gr.B7, A333Gr.P11, P12, 8018, 8013, 8010, 8045-P2.
S699 EHard / Low Alloy / Mild Steel / Heat Resisting Electrodes
MoNi Alloy Electrode for Pipeline Steel (X70/X80)
Covered Electrode
A MoNi alloy steel electrode, highly crack resistant, used for repair and maintenance of X70 and X80 grade steel, construction steel, steel pipe, cement mills, and cast steel. Heat resistant to +650°C. Base material grades: S380N-S500N, S355NH-S460NH, S380NL-500NL, 9013, 9018, 9015, 9010.
S161Electrodes for Gouging
Carbon-Arc Gouging Electrode
Gouging Electrode
An electrode for grooving and cutting all types of metal with a very strong arc blast, making it easy to repair and remove worn and cracked metal parts, clean defective surfaces, and remove incorrect weld deposits, as well as defective castings. Used on all types of metal, and can weld in all positions, even overhead.
S162Electrodes for Gouging
Bevelling & Gouging Electrode
Gouging Electrode
A bevelling and gouging electrode for cleaning damaged surfaces, removing incorrect weld deposits, and clearing dirt, with the added ability to cut metal parts to the required or desired size. Used together with an air compressor, and can operate in all positions.
S919 BR FCTIG, Brazing and Gas
Cadmium-Free Silver Brazing Rod (55% Ag)
Brazing Rod
A flux-coated, cadmium-free silver-copper brazing rod with 55% Ag content, giving a low working temperature, high strength, and good capillary flow. Suitable for ferrous and non-ferrous metals (brass, copper, bronze, stainless steel) such as in the food & beverage processing industry, medical/surgical equipment, air conditioning, and refrigerators.
S929 BR FCTIG, Brazing and Gas
Copper-Silver Brazing Rod
Brazing Rod
A high-strength copper-silver alloy brazing rod with good capillary flow, used to join various ferrous and non-ferrous metals (stainless steel, steel, cast iron, copper, bronze, brass, and iron) such as copper water pipes, HVAC systems, electrical equipment, motor armatures, and transformers.
S939 BR FCTIG, Brazing and Gas
Low-Temperature Silver Brazing Rod
Brazing Rod
A silver-alloy brazing rod for a lower working temperature, used to join steel, iron, copper, carbide/diamond cutting blades, and dissimilar metals — such as in the automotive industry, radiators, water heaters, capacitors, air conditioning, refrigerators, and copper pipe joints.
S959 BR FCTIG, Brazing and Gas
Copper-Zinc-Silver Brazing Rod for Electrical Work
Brazing Rod
A copper, zinc, and silver alloy brazing rod, heat resistant with optimal capillary flow. Used to join equipment related to electrical work.
S969 A/BTIG, Brazing and Gas
Copper-Silver-Phosphorus Brazing Rod
Brazing Rod
A copper, silver, and phosphorus alloy brazing rod. Used for copper and copper alloys. Produces a durable weld resistant to vibration, with good ductility and good electrical conductivity. Suitable for copper pipes and bars requiring vibration resistance and high ductility, such as electric motors and radiators.
S989 TTIG, Brazing and Gas
Brazing & TIG Rod for Copper Alloys
Brazing / TIG Rod
A very well-suited brazing and TIG rod for joining copper and copper alloys, such as electric motors, radiators, copper cooling pipes, and decorative copper casting.
S999 TTIG, Brazing and Gas
TIG Rod for Bronze, Copper & Aluminum Propellers
TIG Rod
A copper, aluminum, and iron alloy TIG rod, wear resistant and resistant to deformation at high temperature and corrosion. Used to weld bronze, copper, and aluminum such as ship propellers, thrust plates, and picking bails.
S991 TTIG, Brazing and Gas
TIG Rod for Bronze & Bearing Repair
TIG Rod
A very wear- and friction-resistant TIG rod, used to join and overlay dissimilar materials such as steel and bronze. Suitable for repairing worn bearing seats and surfaces, and bronze equipment.
S992TIG, Brazing and Gas
Nickel-Copper-Zinc Brazing & Gas Rod
Brazing / Gas Rod
A nickel-copper-zinc alloy brazing and gas welding rod with good resistance to high surface compression and unstable friction. Used specifically for brass and soft cast iron, such as pinions, couplings, and gears.
S994 BR FCTIG, Brazing and Gas
Copper-Zinc Brazing Rod for Automotive & Galvanized Steel
Brazing Rod
A copper-zinc brazing and gas rod with low silver content (2%), high strength, for joining steel with copper alloys and galvanized steel. Used for welding vehicle chassis, vehicle bodies, bronze, and brass.
S995TIG, Brazing and Gas
Fine-Gap Brazing & Gas Rod for Brass-to-Steel
Brazing / Gas Rod
A brazing and gas rod that flows and fills very fine gaps or spacing, producing a high-strength weld used to join brass to steel pipe. Suitable for the chemical industry and general use.
S997 TTIG, Brazing and Gas
Copper-Tin-Manganese TIG & Gas Rod
TIG / Gas Rod
A copper, tin, and manganese alloy TIG and gas rod, resistant to heat, corrosion, and acid. Produces a high-strength, non-porous weld. Used to weld copper alloys.
S998 TTIG, Brazing and Gas
Copper-Silver-Phosphorus Brazing/TIG/Gas Rod
Brazing / TIG / Gas Rod
A copper, silver, and phosphorus alloy brazing, TIG, and gas rod, with very good electrical and thermal conductivity, used to weld or join copper to copper. The weld result is highly acid and corrosion resistant.
S400 TTIG, Brazing and Gas
Pure Nickel TIG Rod
TIG Rod
A high-strength pure-nickel alloy TIG rod, used to join steel, nickel (200/201), and stainless steel. Can also weld carbon steel, high-nickel alloy steel, and nickel-copper alloy, such as glass molds, engine blocks, and cylinder blocks. Also available for MIG welding. Material grades: 2.4061, 2.4116, 2.4170.
S401 TTIG, Brazing and Gas
Nickel-Copper (Monel) TIG Rod
TIG Rod
A nickel-copper (Monel: 400, R405, K500) TIG welding wire used for welding copper-nickel alloys to steel and copper alloys to steel. Also suitable for cast iron and stainless steel, such as valve dies. Also available for MIG welding. (NiCu 30 Fe (2.4360), NiCu 30 Al (2.4375), UNS N04400, N05500, ASTM B 127, B 165).
S402 TTIG, Brazing and Gas
Nickel-Chrome-Molybdenum TIG Rod for High Temperature
TIG Rod
A nickel-chrome-molybdenum TIG rod, very resistant to high and low temperature changes, up to 1200°C. Strong and crack/heat resistant. The weld tends to accommodate the heat treatment of dissimilar materials. Highly corrosion resistant. Used to weld high-Mo steel with nickel alloy steel and carbon steel, and to join various dissimilar and problem/hard-to-weld alloy steels. Also available for MIG welding. (P265GH, P285NH, P295GH, 16Mo3, S355N, X8Ni9 (Inconel 600), (Inconel 625), (Incoloy 800)).
S403 TTIG, Brazing and Gas
Nickel-Chrome-Iron TIG Rod
TIG Rod
A nickel-chrome-iron TIG welding wire with high ductility, especially for welding nickel-based alloy steel at high temperature and crack-resistant steel, problem steel, and dissimilar steel. Also available for MIG welding. (2.4816, 2.4817, 2.4806, Alloy 600, 1.4876, 1.5662, 1.5680).
S404 TTIG, Brazing and Gas
Cast Iron TIG Rod
TIG Rod
A cast iron TIG welding wire used to join and build up all types of cast iron (gray, tempered, spheroidal). Can also weld cast iron to high-alloy steel, copper, and nickel alloys. Very suitable for the automotive casting mold industry.
S405 TTIG, Brazing and Gas
Pure Titanium TIG Rod
TIG Rod
A pure titanium and titanium alloy TIG welding wire with high elongation, resistant to moisture and seawater. Suitable for the petrochemical industry.
S406 TTIG, Brazing and Gas
Hardfacing TIG/MAG Wire for Mining Drill Tips
TIG / MAG Hardfacing Wire
A TIG hardfacing wire used in the mining industry, especially for overlaying drilling tool tips and rock crushers. Also used to weld/build up cutting tool tips and hard manganese steel. The weld result cannot be machined.
S407 TTIG, Brazing and Gas
Hardfacing TIG/MAG Wire for Forging Dies
TIG / MAG Hardfacing Wire
A TIG hardfacing wire used to overlay and build up tools exposed to impact, pressure, abrasion, and hot-work tool steel — such as forging dies/molds, hammers, v-beds, cast steel, and casting rolls. High wear resistance and toughness at high temperature.
S408 TTIG, Brazing and Gas
Hardfacing TIG/MAG Wire for Hot Work Tool Steel
TIG / MAG Hardfacing Wire
A TIG wire for overlaying hot-work tool steel, wear and impact resistant at high temperature. Very suitable for repairing forging dies, gravures, hot cutting tools, deburring tools, punches, aluminum casting molds, and can also repair 2344 hot work tool steel.
S409 TTIG, Brazing and Gas
Hardfacing TIG/MAG Wire for Extrusion Dies & Rollers
TIG / MAG Hardfacing Wire
A TIG hardfacing wire used to build up and repair tool steel exposed to both hot and cold conditions, resistant to high abrasion and hardness at high temperature. Used to repair cold and hot cutting blades, extrusion dies, rollers, cast steel, and molds.
S410 TTIG, Brazing and Gas
Hardfacing TIG/MAG Wire for High Speed Steel
TIG / MAG Hardfacing Wire
A TIG hardfacing wire for high speed steel and low-alloy steel resistant to abrasion, wear, and pressure. Used to overlay and repair cutting knife edges and cutting dies, especially cutting blades in the steel industry.
S717 TTIG, Brazing and Gas
High-Manganese TIG/MIG Wire for Pre-Hardsurfacing Rebuild
TIG / MIG Wire
A TIG wire for repairing and rebuilding components before hardsurfacing, such as railway track, mill hammers, rollers, and crushers, due to its high manganese steel content. Can also be used to weld between iron and steel. Resistant to impact, corrosion, pressure, cavitation, and extreme shock. The weld deposit hardens further after use. (307, 307L)
S737 TTIG, Brazing and Gas
Ferritic-Austenitic CrNiCo TIG/MIG Wire
TIG / MIG Wire
A ferritic-austenitic CrNiCo alloy TIG wire with added value for welding a wide range of different steels, such as carbon steel, tool steel, high speed steel, low- and high-alloy steels, manganese steel, cast steel, rail steel, cast iron, and all types of stainless steel. Used to repair gears, casings, shafts, and steel of unknown chemical composition. Heat resistant to 1000°C.
S313 TTIG, Brazing and Gas
Acid & Corrosion-Resistant Stainless TIG/MIG Wire
TIG / MIG Wire
A steel and stainless steel alloy TIG wire, resistant to corrosion and acid. For welding tanks and piping in the textile, chemical, paint, and food & beverage industries (dairy, beer, sugar). For welding metal exposed to acid, gas, steam, and water. Heat resistant up to 400°C. Material grades: G-X5 CrNiMoNb 18 10, X10 CrNiMoNb 18 12, 316, 308, 308L, 304, 304L.
S323 TTIG, Brazing and Gas
CrNiMo Stainless TIG/MIG Wire
TIG / MIG Wire
A CrNiMo alloy stainless steel TIG wire resistant to high current, acid, corrosion, and temperatures up to 400°C. Used to join stainless steel and carbon steel. Widely used in the food and chemical industries. (Grade: 316, 317, 316L, 316Cb, 316Ti, 318, X2 CrNiMo 18 14 3, X5 CrNiMo 17 13 3, X2 CrNiMo 17 13 2, X5 CrNiMoTi 17 12 2, X6 CrNiMoTi 17 12 2, X6 CrNiMoNb 17 12 2, X2 CrNiMoN 17 13 3, X2 CrNiMoN 17 12 2)
S373 TTIG, Brazing and Gas
Austenitic CrNi Stainless TIG/MIG Wire
TIG / MIG Wire
An austenitic CrNi stainless steel TIG wire resistant to corrosion, heat, and cracking. The weld metal is stable and requires no preheating, with high metal efficiency. Widely used for maintenance in the food, chemical, textile, and paint industries. Also used for joining and overlaying between stainless steel and steel, including dissimilar steels. (312, 309)
S171 TTIG, Brazing and Gas
Tungsten Carbide Wire for Oil & Mining Drill Bits
Hardfacing Wire
A tungsten carbide alloy welding wire, combined with nickel-copper and Zn alloys. For overlaying the tips of drill bits or drilling tools for oil, coral, and mining work. Produces a very sharp weld with resistance to friction, impact, scratching, and extreme mineral abrasion.
S131Soldering
Tin-Lead Soldering Rod
Soldering Rod
A tin-lead soldering rod combined with other metals, used for soldering various metals.
S135Soldering
Tin-Copper Soldering Rod
Soldering Rod
A soldering rod mixing tin, iron, and brass, usable for soldering copper, brass, iron, and galvanized steel.
S137Soldering
Tin-Zinc Soldering Rod
Soldering Rod
A tin, copper, and zinc combination rod, used for welding copper and zinc.
S139Soldering
Tin-Silver Soldering Rod
Soldering Rod
A tin-silver combination soldering rod used for soldering equipment made of copper and steel, also usable in electrical and other equipment.
S301 TTIG Rods for Aluminum
Pure Aluminum TIG/Gas Rod
TIG / Gas Rod
A TIG and gas aluminum welding rod for joining and overlaying pure aluminum and aluminum blends, such as Al 99, Al 99.8, and Al 99.5, 1100.
S311 TTIG Rods for Aluminum
Aluminum-Magnesium TIG Rod
TIG Rod
An aluminum-magnesium TIG rod used for joining and surfacing aluminum alloys, such as AlMg 4.5, AlMg5, G-AlMg5, G-AlMg10, G-AlMg Si1, 5356.
S321 TTIG Rods for Aluminum
Aluminum-Silicon TIG/Gas Rod
TIG / Gas Rod
A high-strength aluminum-silicon TIG and gas rod for joining and overlaying aluminum castings and blended aluminum, such as AlMg4.5, AlMg4Mn, G-AlMg5Si, AlZnMgCu 1.5, AlZnMgCu 0.5, 5158.
S331 TTIG Rods for Aluminum
Aluminum-Silicon-Manganese-Iron TIG/Gas Rod
TIG / Gas Rod
An aluminum-silicon Mn+Fe alloy TIG and gas rod for joining and overlaying aluminum alloys containing 7% Si, used on blended aluminum such as AlMgSi0.5-1, AlSi7Mg, AlSi5Mg (borax within the rod). 5183.
S2000Metal Spraying Powder
Nickel Spray Powder for Molds & Shafts
Metal Spraying Powder
A nickel spray powder for overlaying equipment worn by light-to-moderate friction, crack resistant and machinable. Used for glass molds, plastic injection molds, cylinders, shafts, and ceramic and roofing-tile molds.
S2001Metal Spraying Powder
Nickel-Silicon-Chrome Spray Powder
Metal Spraying Powder
A nickel-, silicon-, and chrome-based powder resistant to pressure, corrosion, and friction. Usable for welding equipment such as pump pistons, valves, gears, scrapers, and rubber molds.
S2002Metal Spraying Powder
Chrome-Nickel Wear-Resistant Spray Powder
Metal Spraying Powder
A chrome-nickel alloy powder resistant to wear. Used for paper rolls, pistons, ceramic molds, roofing-tile molds, gears, and bearings.
S2003Metal Spraying Powder
Chromium Carbide Spray Powder for Mining
Metal Spraying Powder
A special nickel-chromium carbide alloy powder used to overlay and weld equipment exposed to corrosion, heavy friction, abrasion, extreme friction, and erosion. Used for mining-related equipment such as cutting blades, drill collars, scrapers, buckets, and drill bits.
S2005Metal Spraying Powder
Flexible Nickel Spray Powder
Metal Spraying Powder
A very flexible nickel-based powder, used to overlay various equipment exposed to impact, friction, abrasion, and corrosion.
S2006Metal Spraying Powder
Pure Nickel Spray Powder
Metal Spraying Powder
A pure nickel powder used to overlay equipment made from various metals such as copper, brass, bronze, iron, steel, and stainless steel.
S2007Metal Spraying Powder
Nickel-Silicon Wear-Resistant Spray Powder
Metal Spraying Powder
A nickel and silicon powder resistant to wear and metal-to-metal pressure, and machinable.
S2008Metal Spraying Powder
Nickel-Chrome Spray Powder for Forging Dies
Metal Spraying Powder
A nickel-chrome alloy powder resistant to friction, cracking, corrosion, and high temperature. Can be used to overlay forging dies, valves, and pistons.
S2009Metal Spraying Powder
Tungsten Carbide Nickel Spray Powder for Mining & Agriculture
Metal Spraying Powder
A nickel alloy powder with +35%, 40%, and 50% tungsten carbide variants, extremely hard and resistant to heat, wear, and heavy friction. Used to overlay bucket teeth, drill bits, twist bits used in brick works, mud pumps, plough discs, harrows, cultivator teeth, coal cutter bits, mixer blades, agricultural machines, drill collars, coal feeder screws, cement dies, crusher jaws, rolls, and springs.
S2010Metal Spraying Powder
Cobalt Alloy Spray Powder for High Heat & Impact
Metal Spraying Powder
A nickel-cobalt alloy powder very resistant to heat, abrasion, impact, and corrosion. Used for valve shutters and caps, wood-working tools, saw chains and slideways, hot shear blades, pump components, hot pressing tools, valve seats, ingot tong ends, conveyor screws, paper/cardboard cutting tools, floor-covering roofing, cutter tools, and guide rails. Also suitable for the food and chemical industries.
S10Flux
Silver Brazing Flux
Flux
A flux for silver-alloy brazing, with a working temperature between 550°C-750°C. Used on all base metal types except aluminum and aluminum alloys.
S20Flux
Boron Flux for Copper Welding
Flux
A boron flux used for welding copper, with a working temperature between 800°C-1000°C. Usable for heavy metals such as cast iron, steel, galvanized steel, copper, brass, and bronze.
S30Flux
Aluminum Welding Flux
Flux
A flux for welding aluminum and aluminum alloys, with a working temperature between 500°C-600°C.
S12Laser Welding
Laser Welding Wire for Molds & Forging Dies
Laser Welding Wire
For laser welding of all types of different and special steels, typically used for the initial layer on molds/dies, trimming, stamping, and forging dies.
S11Laser Welding
Laser Welding Wire for Tool Steels
Laser Welding Wire
For laser welding of tool steels with high hardness and sharpness, temperature resistant from 500°C to 1000°C.
S61Laser Welding
Laser Welding Wire for High-Speed, High-Heat Materials
Laser Welding Wire
For laser welding of materials used in high-speed work combined with high heat, temperature resistant to 1000°C.