1. … with abrasion. The martensitic structure gives this alloy good hot strength and oxidation resistance up to about 800 °C. Excellent rolling …
  2. … Excellent mechanical strength and welding properties due to a increased manganese and silicon …
  3. … temperatures up to 620°C. V, Nb and N additions provide this ‘creep strength enhanced ferritic’ (CSEF) alloy with improved high temperature …
  4. … for root pass welding of stainless steel pipe without the need for a reverse side back purge (internal shielding gas). As they produce a …
  5. … No excessive heat that effects the basemetal or cause loose in strength two times faster to apply compare to big overlay welded plates …
  6. … of the reduced carbon content. This results in lower hardness and strength values, which reduces the tendency to crack, especially if the …
  7. … temperature so the minor alloy additions responsible for its creep strength are kept above the minimum considered necessary to ensure …
  8. … conductivity, corrosion resistance, and workability. It can be strengthened by cold working, but not by heat treatment. … Al99,0 Al.99,5 …
  9. … exceeding 1200°C and carburized medias. Excellent fatigue strength and creep properties. The high chromium and aluminum levels …
  10. … and fissures. Extreme good deposition rate compare to MMA. High strength and good bonding weld metal.Designed for welding grey, malleable, …