1. … even at higher temperatures. The deposit gives already a High hardness in the first layer. A buffer layer is recommended in case of … material or old layers. Weldable without protective gas … 63-67 HRc hardfacing alloy ,Fan blades, Bucket lips, Mining, Cement, Mineral hammers, coke wear plates etc. … OA 63 … 14700: T Fe15 …
  2. … abrasion combined with impact. The deposit gives already a very good hardness in the first layer. The choice for the buffer layer is depending on the base metal and not always necessary.  … 55-57 HRc hardfacing alloy against shocks and mineral wear, rollers and crushers, …
  3. … FL 400 is an agglomerated flux for SAW welding to obtain increased hardness with low and un-alloyed sub arc wires. Basicity: about 1,1 … rod ends, mining parts, excavator parts, rolling bars, pressure rolls, cement rollers, dredging parts, coupling parts, crushing hammers. etc.. …
  4. … (1875°F) and 1050°C (1925°F) for one hour, followed by precipitation hardening between 612°C (1135°F) … Suitable for precipitation hardening stainless steel used for welding materials of similar …
  5. … weld metal composition of 12% Chromium. These weld deposits are air-hardenable that can normally be heat-treated after welding. … 1.4000, …
  6. … Austenitic deposit with strain hardening properties and no limmits in the number of layers. The …
  7. … SA 420C offers fair general corrosion resistance combined with high hardness and excellent wear properties especially to face metal to …
  8. … thickness due to a high amount of Borium carbides. A extreme high hardness is already achieved in the first layer. The weld deposit will … conveyor chains, agriculture, construction, mixer blades, paddles, cement pumps, screw conveyers, sintering lines, earth moving equipment …
  9. … porous slag (excellent for narrow gabs where the slag is often hard to remove). … Reh ≤ 420 MPa ISO 15608: 1.1, 1.2 1.0426, 1.0429, …
  10. … sea water, salts and reducing acids. The weld metal is not age hardenable and when used to join Monel K-500 it has lower strength then …