1. … temperatures up to 620°C. V, Nb and N additions provide this ‘creep strength enhanced ferritic’ (CSEF) alloy with improved high temperature …
  2. … Very good corrosion resistance and high hardness due to the amount of „Cobalt“ even at higher temperatures. …
  3. … facing alloy with excellent thermo shock resistance and increased hardness due to additions of Vanadium and Niobium. Best to be used …
  4. … temperature so the minor alloy additions responsible for its creep strength are kept above the minimum considered necessary to ensure …
  5. … machinable with carbide tip tools, hardening is possible. The maximum hardness is dependent on the base metal and is usually already achieved …
  6. … conditions up to 1200°C and carburized medias. Excellent fatigue strength and creep properties. … Cladding against high temperature, …
  7. … austenitic structure deposits. The deposit gives already a very good hardness in the first layer. A buffer layer with CEWELD® OA 4370 or …
  8. … -60°C. CTOD tested and suitable up to steel types with 460 MPa yield strength (such as S460), approved according to grade 5Y46 at Lloyds and …
  9. … properties and excellent welding characteristics. High impact strength at sub zero temperatures down to -60 °C. Weldable with Co2 and …
  10. … abrasion resistance combined with heavy shocks, despite the high hardness several layers can be applied without any risk of braking out …