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.
Equivalent search is the fastest way to find your CEWELD equivalent of most common brands.
CEWELD E NiFe 2 has a few benefits compare to other “FeNi” types because of improvements, such as: weldable with very low current, non overheating coating and a powerful arc at very low amps. The deposit is free from porosity even on old and or otherwise diluted base material. Preheating is normally done to slow down the cooling speed, in case you can not control the cooling speed it is better to keep the work peace at a low temperature during welding and hammer immediately after welding.
CEWELD E NiFe 60/40 K has a few benefits compare to other “FeNi” types because of improvements, such as: weldable with very low current, copper coated core wire and a powerful arc at very low amps. Preheating is normally done to slow down the cooling speed, in case you can not control the cooling speed it is better to keep the work peace at a low temperature during welding and hammer immediately after welding.
CEWELD® E 9016-B9 is designed to weld equivalent ‘type T91’ T92 CrMo steels modified with small additions of Tungsten and Vanadium to give improved long term creep properties. These consumables are specifically intended for high integrity structural service at elevated temperature so the minor alloy additions responsible for its creep strength are kept above the minimum considered necessary to ensure satisfactory performance.
A specially designed composition where Molybdenum % is reduced to form a hybrid alloy between 308H and 316H, operates in temperatures up to 800 °C. CEWELD® 16.8.2-17 gives a very high resistance to thermal embrittlement. Creep ductility is enhanced at temperatures above 650 °C.
Crack resistant weld metal conditioned by the Acid type of slag. Low spatter loss, easy slag removal. Well suited for joining and rebuilding with extreme low Carbon, Silicon and Manganese content in the weld deposit.
Basic electrode with excellent welding characteristics, recommended for welding fine grained similar alloyed high yield strength steel (< 830 Mpa) in case high impact values are required at sub zero temperatures. Hydrogen content HD < 4 ml/100 g.
Cr and Mo-alloyed basic elektrode for welding creep resistant steels and steel casting for working temperatures up to 600°C. The weld metal is resistant to high hydrogen pressure.
Dur CS consists of sintered tungsten carbide fragments in a ductile Nickel Bronze Silver matrix. The alloy has a tensile strength of 80.000-100.000 psi. Dur CS production methods ensure an overall tinning of the sintered tungsten carbide particles. Dur CS composite rods are available in two grades: Wear resistant and for cutting applications. Melting point of 935°C.
Dur R (Ni) is an extruded oxy-acetylene rod, a newly designed hard-surfacing product consisting of spherical cast tungsten carbide and a Ni-based alloy. Crushed cast carbide will guaranty a long life. Furthermore the Ni-based alloy provides an excellent corrosion resistance Dur R (Ni) has excellent flow and wetting characteristics at low working temperature of around 1050 °C and the deposition rate is 20-30% higher than with comparable tube metal. It is easy to use and inexperienced welders will have no difficulties to produce smooth deposits without cracks.
Easy to apply and excelent for use on dirty and old cast iron parts that are difficult to weld (bonding problems). The weld deposit can be machined by grinding and is not corrosion resistant.