Stoody Co.
St. Louis, MO 63110
Welding Wire exhibits crack-resistance.
Suited for use in build up and overlay of under carriage components, Thermaclad 42 consists of sub arc wire that utilizes neutral flux. Alloy composition enables product to resist metal-to-metal frictional wear. It is available in 1/8 in. wire and can be packaged in 250 lb half packs or 500 lb drums.
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Nickel Wires allow out-of-position welds.
StoodyÃ-® 625, 182, 82, and A grades of flux cored nickel wires achieve welds in vertical-up position. Available in both .045 and 1/16 in. diameter, wires are packaged on 33 lb wire baskets. Welders can choose between running 75% argon, 25% CO2, or straight CO2.
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Alloy increases wear life of amorphous products.
StoodyÃ-® 1334 alloy exceeds wear life of typical amorphous type alloy when twin-wire arc sprayed. Stoody 1334 coatings provide increased bond strength and wear resistance when deposited on boiler tubes and Yankee drier rolls. It demonstrates sprayability and is best finished with diamond wheels. The 1/16 in. diameter twin wire is available on 25 lb fiber spool.
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Electrodes withstand slurry applications.
Abrasion- and corrosion-resistant 160-E electrodes consist of tungsten-carbide particles in nickel-silicon-boron matrix. Resistant to fine particle erosion, products are available in 3/16 in. diameter, and may be used with equipment operating at 130-155 A. Suitable applications include dredge rotary cutter heads, pipe ID and filtering screens, and drill bits and stabilizers.
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Nickel Flux-Cored Wires offer arc stability.
Type A-T1, 625-T1, 82-T1, 182-T1 and HX-T1 flux-cored wires meet chemistry requirements of AWS EniCrFe-2, ERNiCrMo-3, ERNiCr-3, and EniCrMo-2. Operational characteristics make them suitable for similar and dissimilar joining applications, as well as many cladding applications. Wires offer arc stability even when welding in vertical position.
Read More »
Welding Wire exhibits crack-resistance.
Suited for use in build up and overlay of under carriage components, Thermaclad 42 consists of sub arc wire that utilizes neutral flux. Alloy composition enables product to resist metal-to-metal frictional wear. It is available in 1/8 in. wire and can be packaged in 250 lb half packs or 500 lb drums.
Read More »
Nickel Wires allow out-of-position welds.
StoodyÃ-® 625, 182, 82, and A grades of flux cored nickel wires achieve welds in vertical-up position. Available in both .045 and 1/16 in. diameter, wires are packaged on 33 lb wire baskets. Welders can choose between running 75% argon, 25% CO2, or straight CO2.
Read More »
Alloy increases wear life of amorphous products.
StoodyÃ-® 1334 alloy exceeds wear life of typical amorphous type alloy when twin-wire arc sprayed. Stoody 1334 coatings provide increased bond strength and wear resistance when deposited on boiler tubes and Yankee drier rolls. It demonstrates sprayability and is best finished with diamond wheels. The 1/16 in. diameter twin wire is available on 25 lb fiber spool.
Read More »
Electrodes withstand slurry applications.
Abrasion- and corrosion-resistant 160-E electrodes consist of tungsten-carbide particles in nickel-silicon-boron matrix. Resistant to fine particle erosion, products are available in 3/16 in. diameter, and may be used with equipment operating at 130-155 A. Suitable applications include dredge rotary cutter heads, pipe ID and filtering screens, and drill bits and stabilizers.
Read More »
Nickel Flux-Cored Wires offer arc stability.
Type A-T1, 625-T1, 82-T1, 182-T1 and HX-T1 flux-cored wires meet chemistry requirements of AWS EniCrFe-2, ERNiCrMo-3, ERNiCr-3, and EniCrMo-2. Operational characteristics make them suitable for similar and dissimilar joining applications, as well as many cladding applications. Wires offer arc stability even when welding in vertical position.
Read More »