1. CEWELD® NiCrMo 622 offers excellent corrosion resistance in oxidizing …
  2. … high-heat and wear resistance. Weldable with the Sub-Arc process using Ceweld ® Flux FL 880.  … Cap layers for joining refractory Cr-Al-Si …
  3. … from -200 °C to Max. 200 °C (without loss of strength) Flux/Paste: CEWELD Super-Flux … Brazing Tungsten tool tips, widia, and Molybdenum …
  4. CEWELD 4332-Ti is a rutile basic electrode for joining heat resistant …
  5. CEWELD 310LMo Tig has been developed primarly to cope with the severe …
  6. … low current. Due to the very low heat input and unique composition of CEWELD E Ni(-) the transition zone will stay well machinable and is …
  7. … and an excellent colour-uniformity after anodizing. CEWELD® AlMg3 Tig offers also good resistance against seawater. … … AlMg3, AlMg3,5, AlMgSi0,5, AlMgSi0,8, G-AlMg3Si, 3.3315, 3.3535, 3.3206, 3.3541, EN AW 5005A, EN AW 5754, EN AW 6060, EN AC 51100, EN AW …
  8. … alloy between 308H and 316H, operates in temperatures up to 800 °C. CEWELD® 16.8.2 Tig gives a very high resistance to thermal …
  9. CEWELD® 4501 Kb is a basic coated electrode with a fully alloyed core, …
  10. … is more capillary then the standard silver brazing alloys. Flux/Paste: CEWELD Super-Flux … Brazing: Steels, Copper, Copper alloys, Stainless …