- Home
- Main Catalog
- Metal-to-Earth wear
- Overalloyed solutions
Overalloyed solutions
Date (default)
Overalloyed solutions
- Buffer layers - Build up - Cladding - Joining
- Cast iron
- Dissimilar & stainless steels
- Manganese steel
- Metal-to-Earth wear
- High impact, high abrasion
- High stress, high abrasion
- Severe abrasion
- Severe abrasion with corrosion
- Severe abrasion with erosion
- Severe abrasion with erosion, temperature
- Severe impact
- Metal-to-Metal wear
- Cold wear
- Hot wear (tool steel)
- Hot wear with corrosion & thermal fatigue
- Superalloy Hardfacing
- Cobalt base superalloys
- Iron base superalloys
- Nickel base superalloys
- Tungsten carbide base superalloys
Available forms
Hardness
Major hard-phase(s)
Suitability - Abrasion
Suitability - Corrosion
Suitability - Erosion
Suitability - Impact
Suitability - Temperature
- EN 14700 alloy category: Z Fe 16
- Available forms: welding electrodes, cored wires, composite wearplates
- Major alloying elements: C, Mn, Cr, Mo, Nb, W, Fe
- Major hard-phase(s): Chromium carbide, Niobium carbide, Tungsten carbide
- Hardness as per DIN 32525-4: 65 - 70 HRC
- Service temperature: 550 C
- Weld deposit density: ~ 8.00 g/cc
- View Details →
-
- EN 14700 alloy category: Z Fe 16
- Available forms: welding electrodes, cored wires, composite wearplates
- Major alloying elements: C, Mn, Cr, Nb, W, Fe
- Major hard-phase(s): Chromium carbide, Niobium carbide, Tungsten carbide
- Hardness as per DIN 32525-4: 65 - 70 HRC
- Service temperature: 450 C
- Weld deposit density: ~ 8.00 g/cc
- View Details →