1. … with very low hydrogen content. Suitable for heat treatment. Step cooling is possible. High reserve of toughness and crack resistance. … …
  2. … the latest technologie. Due to the manufacturing process and two times anealing during the drawing process at 580ºC the hydrogen content …
  3. … resistance to galling. It has cavitation-erosion resistance ten times that of 304 stainless steel, E Dur 12 can be used to protect …
  4. … resistance to galling. It has cavitation-erosion resistance ten times that of 304 stainless steel, Dur 12 can be used to protect …
  5. … resistance to galling. It has cavitation-erosion resistance ten times that of 304 stainless steel, Dur 12 can be used to protect …
  6. … Welding instructions: - Preheating for sections >6 mm from 150 till 300 ºC is recommended. Use the normal standard welding techniques. …
  7. … against heavy abrasion. Usualy the maximum number of layers is 2 till 3 but when using a special stringer build up technick with release …
  8. … constructions that needs post weld heat treatment after welding and still offers mechanical properties confirming 5Y46 class. Due to the …
  9. … travel speed, to prevent overheating and ensure a proper weld. Rapid cooling can lead to cracking, so post-weld heat treatment might be … welding can help reduce the risk of cracking. After welding, slow cooling or controlled annealing might be required to minimize residual …
  10. … high Tungsten content the wear resistance against abrasion is 4 till 8 times better in comparison with C-Cr alloys … Sinter plant …