1. … deposition which offers high resistance to fatigue due to pressure and impact action in combination with abrasion. The martensitic … cutter pistons, shredder hammers, cutting tools, chain guides, running surfaces of heavily loaded PTO shafts, etc. … E DUR 600 Kb … 14700: E …
  2. … fatique. The alloy offers excelent polishing caracteristics and ensures long tool life. … Replacement hips, knee parts, condyles, Gas …
  3. … to oxidizing environments up to 1800°F (980°C) for prolonged exposures, and excellent resistance to sulfidation. It can be fabricated …
  4. … Very good deoxidization. Surfacing and joining of Copper and CuSn-Alloys. Widely used in oven … 6% tin for virtually all welding procedures. Very good deoxidisation. Surfacing and joining of Copper and CuSn-alloys. Widely used in oven …
  5. … that of 304 stainless steel, E Dur 12 can be used to protect bearing surfaces in non-lubricating conditions due to its resistance to …
  6. … losses. The slag is self lifting and leaves a fine rippled shiny surface. Max. service temperature 350ºC. Corrosion resistance similar …
  7. … and wetting characteristics and high resistance to cracks and fissures. Extreme good deposition rate compare to MMA.High strength and …
  8. … Very good deoxidization and high hardness similar to cast bronzes. Surfacing and joining of Copper and CuSn-Alloys. Widely used and … Very good deoxidisation and high hardness similar to cast bronzes. Surfacing and joining of Copper and CuSn-alloys. Widely used and …
  9. … of carbon, silicon, and sulfur to decrease the hot cracking and fissuring, while maintaining the resistance to corrosion. … Alloy 825 …
  10. … in specific media is needed. In order to reduce the propensity for fissuring and hot cracking, the low melting constituents such as carbon, …