All Products

  • Low hardness cobalt alloy for impact resistance. High toughness...
  • Very high hardness cobalt alloy. Improved wear resistance, higher...
  • High carbon Fe-Cr alloy. Hard deposits for wear resistance.
  • Flame spray cobalt alloy with Cr, Cu and W....
  • Medium hardness self-fluxing cobalt alloy. Good wear resistance, moderate...
  • Martensitic stainless steel alloy. Low carbon, high wear and...
  • High hardness cobalt flame spray alloy. Excellent wear resistance...
  • Extreme hardness cobalt flame spray alloy. Excellent abrasion resistance.
  • Ultra-hard cobalt flame spray alloy. Maximum wear resistance with...
  • High hardness Fe-Cr alloy. High hardness alloy for severe...
  • Ultra-hard Fe-Cr alloy. Maximum hardness Fe-Cr-B composition for extreme...
  • Medium hardness cobalt-based HIP alloy. Balanced wear and corrosion...
  • Higher hardness cobalt-based HIP alloy. Increased wear resistance compared...
  • High hardness cobalt-based HIP alloy. Excellent wear resistance and...
  • Low hardness, high toughness cobalt alloy. Good impact resistance...
  • Nickel-based HIP alloy for wear resistance. Strong abrasion and...
  • Corrosion resistant Ni-CrMo alloy. Excellent corrosion resistance.
  • High strength nickel-based superalloy. Excellent mechanical strength and oxidation...
  • Produces strong, heat resistant joints. Widely used in jet...
  • Carbon-free version to minimize carbon contamination.
  • Used for turbine components requiring strength at high temperatures.
  • Combines strength and oxidation resistance.  
  • Provides low diffusion with wide melting range. Gas-tight joints....
  • Provides good oxidation and corrosion resistance.
  • Low brazing temperature; ideal for thin wall sections.
  • Excellent wetting at low temperatures.
  • Provides minimal erosion with high assembly hardness.
  • Combines ductility with high hardness.
  • Produces high strength at elevated temperatures.
  • Flows freely, suitable for thin wall sections.
  • Low temp processing; combines strength and corrosion resistance.
  • Combines high strength and ductility
  • Good corrosion resistance, low substrate erosion.
  • Widely used in automotive (EGRs)
  • Similar to LSNiBraz 102, used in automotive applications