… and is useful to increase the activity of the flux. Do not use this alloy above working temperatures of 200 ºC. Flux/Paste: CEWELD Super-Flux … Brazing: Steels, Copper, Copper alloys, Stainless steel, Nickel and Nickel alloys. Also suitable for dissimilar joints between these metals. … …

… High C-, Cr-, B-alloyed flux-cored wire electrode which forms extremely hard carbides …

… Outstanding alloy against high abrasion when subjected to grinding and medium …

… 2400 HV nickel based corrosion resistant hardfacing alloy containing 60% tunsten carbides. OA WC2 (Ni)  has excellent flow …

… grade of the Al-Bronze-types. Seawater-resistant copper-aluminum alloy without Zn with high toughness and improved hardness.  “Very good …

… combined with high ductility due to the high chromium content. Alloy 690 was developed to offer greater resistance to stress corrosion … (very strict) chemical analysis is requested. … Inconel 690, VDM Alloy 690, Nicrofer 6030 N, FM 52, 2.4642, NiCr29Fe … NiCro 52M Tig … A …

… losses of brazed joints with lower silver containing Phosphor-Copper Alloys. Ideal where the heat feeding is critical because of its low … … Copper to Copper (without flux). Brass, Copper and Copper-Tin Alloys (with flux). Do not use in a sulphurous environment. … L-Ag18PL …

… Mechanical properties listed below reflect utilization of a post-weld heat treatment between …

… generally comparable or surpassing Waspaloy and approaching R-41 and Alloy 263 hardenable High temperature dynamic applications … HAYNES® 282® alloy, UNS N07208, SAE AMS 5951 / 5915, ASTM B637 … NiCrCo 282 … A …

… flux for SAW welding to obtain increased hardness with low and un-alloyed sub arc wires. Basicity: about 1,1 (according to Boniszewski) …