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.
In our Product Database you can find all our products by searching on Category, product name, Equivalent, EN, AWS, W.Nr or material to be welded.
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CEWELD® SA 420C offers fair general corrosion resistance combined with high hardness and excellent wear properties especially to face metal to metal wear problems . Fused flux CEWELD® FL 880 or agglomerated flux CEWELD® FL 838 can be used.
The alloy has a high wear resistance against metal to metal wear in hot working circumstances. The hardness is 45-53 HRc.
Best properties are achieved with our agglomerates flux FL 838 or fused flux FL 880.
FL 830 ESH has an excellent slag removal. Flux has a low hydrogen potential which makes it suitable for overlay welding of heat resistant steel like A387 types.
Foundries, production welding
Coppered solid wire for SAW welding in combination with our FL 180 flux
Excellent mechanical strength and welding properties due to a increased manganese and silicon content. S3Si is best to be used with FL 155 high basic agglomerated flux to obtain neutral action on metallurgical chemistry and excellent subzero impact properties down to -60°C.
Increased yield and impact strength due to high manganese content, excellent welding properties in combination with FL 851 and FL 155
Submerged arc welding wire for high temperature creep resistant 1.25%Cr 0.5%Mo ferritic steel. These steels are used for creep resisting applications up to ~550°C. The wire has low levels of tramp elements (e.g. Sn, As, Sb and P) providing a low Bruscato Factor (X< 10 ppm) for temper embrittlement resistant applications. Fluxes FL 180 and FL 155
The 9%Cr-1%Mo creep resistant alloy is used for service up to ~600°C particularly in environments involving hot hydrogen gas.
Flux CEWELD® FL 880
Welding procedure (including preheat temperature, interpass temperature and PWHT) will be dependent on the base material being welded, including its thickness, and any applicable design codes. Remarkable crack resistant weld metal in combination with very low hydrogen content. Therefore, suitable for the economic processing of high-strength and low temperature fine grained structural steels.