1. … X-ray soundness. When welding, care should be taken to minimize the heat input, because materials of this composition have a tendency to …
  2. Merci …
  3. … Austenitic filler metal for stabilized and non-stabilized CrNi steels. Heat resistant up to 350°C. Excelent toughness properties down to …
  4. … Designed for welding heat resistant steels to sustain working temperatures upto 650 ˚C … For …
  5. … most commercial copper grades. Thicker sections than 5 mm should be preheated up to approximately 500 °C. … Cladding steel, Grey cast iron, …
  6. … cleaned prior to welding. Heavy parts and thicker plates should be preheated (150°C), prior to welding  … Cast aluminium special repairs, …
  7. … cleaned prior to welding. Heavy parts and thicker plates should be preheated (150°C), prior to welding The alloy shows good …
  8. … and corrosion. Due to the high chromium content this alloy offers high heat resistance as well. The spray deposit is only machinable by … wire for metal spray on a C-Cr-B- carbide basis for extreme hard and heat resistant deposits on parts subject to severe mineral abrasion. …
  9. … low hydrogen potential which makes it suitable for overlay welding of heat resistant steel like A387 types. … Cr, CrNi, CrNiMo steels, A387 …
  10. … resistance in many mediaExcelent electrical conductivityExcelent for heat transfer layers … Electrical contact surfaces, Cunductors, Condensators, heat transfer tubing. … SP Cu 99,9% …