Whether it concerns solid or flux-cored welding wires, Tig rods or sub arc wires and powders and or brazing alloys or even thermal spray wires, you have come to the right place. With no less than 2,000 tons of stock and more than 500 different alloys, we are ready to serve you.
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Superior resistance to stress corrosion where high temperature properties are required. It is not recommended to use this alloy for welding aluminium alloys with a high magnesium content.
Low melting point: 521 - 584°C
CEWELD® SG CrMnMo EN 4332: FE-WL1805 (8CrMnMo12-4-9) wire is used for welding matching, and similar, composition base materials.
High pressure resistance and high wear resistance.
The alloy is characterized by very low thermal electromotive force (emf) compared to copper.
Very high strength at elevated temperatures Strength is generally comparable or surpassing Waspaloy and approaching R-41 and Alloy 263
hardenable High temperature dynamic applications
Very high strength properties at elevated temperatures, Strength is generally comparable to that of Rene 41 and generally superior to Inconel 718.
Age hardenable while maintaining excellent high-temperature strength and good corrosion resistance,
notably to oxidation, at service temperatures ranging from 1200°F (650°C) up to 1600°F (870°C)
- excellent strength, corrosion and heat resistance;
- low thermal expansion;
- high creep resistance;
- good resistance to non-oxidizing acids;
- good workability;
- can be used as an alloying element.
Excelente welding characteristics for dissimilar alloys
TIG/GTAW rod for T24 creep resistant steel. The T24 alloy is a modified 2.25%Cr1%Mo alloy with additions of Nb and V to improve high temperature creep performance.
Interpass temperature: max. 300°C
Special alloy for welding aluminium-magnesium based alloys with maximum 5% Mg. Zirconium added as grain refiner to improve both the bending and corrosion resistance.
ER 383 is used to weld base metals of similar composition to itself or to other grades of stainless steel. ER383 contains a low maximum of carbon, silicon, and sulfur to decrease the hot cracking and fissuring, while maintaining the resistance to corrosion.