- Home
- Main Catalog
Hardcarb Products
Date (default)
Brands
Available forms
Hardness
Major hard-phase(s)
Suitability - Abrasion
Suitability - Corrosion
Suitability - Erosion
Suitability - Impact
Suitability - Temperature
- EN 14700 alloy category: Fe 9
- Available forms: welding electrodes, cored wires
- Major alloying elements: C, Si, Mn, Cr, Ni, Fe
- Major hard-phase(s): -
- Hardness as per DIN 32525-4: 200 - 250 HB (as welded) 400 - 500 HB (work hardened)
- Service temperature: 250 C
- Weld deposit density: ~ 8 g/cc
- View Details →
-
- EN 14700 alloy category: EN 14700 E Z Fe 8
- Available forms: welding electrodes, cored wires
- Major alloying elements: C, Si, Mn, Cr, Mo, V, Fe
- Major hard-phase(s): Martensite
- Hardness as per DIN 32525-4: 57 - 61 HRC
- Service temperature: 300 C
- Weld deposit density: ~ 8 g/cc
- View Details →
-
- EN 14700 alloy category: Fe 8
- Available forms: welding electrodes, cored wires
- Major alloying elements: C, Si, Mn, Cr, Mo, Fe
- Major hard-phase(s): Martensite
- Hardness as per DIN 32525-4: 55 - 60 HRC
- Service temperature: 300 C
- Weld deposit density: ~ 8 g/cc
- View Details →
-
- EN 14700 alloy category: Fe 8
- Available forms: welding electrodes, cored wires
- Major alloying elements: C, Si, Mn, Cr, Mo, V, Fe
- Major hard-phase(s): Martensite
- Hardness as per DIN 32525-4: 55 - 60 HRC
- Service temperature: 300 C
- Weld deposit density: ~ 8 g/cc
- View Details →
-
- EN 14700 alloy category: Fe 8
- Available forms: welding electrodes, cored wires
- Major alloying elements: C, Si, Mn, Cr, Mo, V, W, Fe
- Major hard-phase(s): Martensite
- Hardness as per DIN 32525-4: 50 - 55 HRC
- Service temperature: 300 C
- Weld deposit density: ~ 8 g/cc
- View Details →
-
- EN 14700 alloy category: Fe 7
- Available forms: welding electrodes, cored wires
- Major alloying elements: C, Mn, Ni, Cr, Mo, Fe
- Major hard-phase(s): Martensite
- Hardness as per DIN 32525-4: 38 - 40 HRC
- Service temperature: 300 C
- Weld deposit density: ~ 8 g/cc
- View Details →
- EN 14700 alloy category: Ni 20
- Available forms: welding electrodes (flexible rope)
- Major alloying elements: Spherical Fused Tungsten Carbide, NiCrBSi
- Major hard-phase(s): Spherical Fused Tungsten Carbides
- Hardness as per DIN 32525-4: 50 - 65 HRC / 515 - 825 HV
- Service temperature: 500 C
- Weld deposit density: ~ 13.65 g/cc
- View Details →
-
- EN 14700 alloy category: Ni 20
- Available forms: welding electrodes (flexible rope)
- Major alloying elements: Spherical Fused Tungsten Carbide, NiCrBSi
- Major hard-phase(s): Spherical Fused Tungsten Carbides
- Hardness as per DIN 32525-4: 50 - 65 HRC / 515 - 825 HV
- Service temperature: 500 C
- Weld deposit density: ~ 13.10 g/cc
- View Details →
-
- EN 14700 alloy category: Ni 20
- Available forms: Cored wires
- Major alloying elements: Spherical fused tungsten carbides, NiCrBSi
- Major hard-phase(s): spherical fused tungsten carbides
- Hardness as per DIN 32525-4: 66 - 69 HRC / 865 - 1050 HV
- Service temperature: 500 C
- Weld deposit density: ~ 12 - 13 g/cc
- View Details →
- EN 14700 alloy category: Fe 20
- Available forms: Welding electrodes
- Major alloying elements: Spherical Fused Tungsten Carbides, Fe matrix
- Major hard-phase(s): Spherical Fused Tungsten Carbides
- Hardness as per DIN 32525-4: 60 - 66 HRC / 700 - 865 HV
- Service temperature: 500 C
- Weld deposit density: ~ 13.10 g/cc
- View Details →
-
- EN 14700 alloy category: Fe 20
- Available forms: Welding electrodes (Pre-alloyed tube)
- Major alloying elements: Spherical Fused Tungsten Carbides, Fe matrix
- Major hard-phase(s): Spherical Fused Tungsten Carbides
- Hardness as per DIN 32525-4: 55 - 60 HRC / 590 - 700 HV
- Service temperature: 500 C
- Weld deposit density: ~ 13.10 g/cc
- View Details →
-
- EN 14700 alloy category: Ni 20
- Available forms: welding electrodes (flexible rope)
- Major alloying elements: Fused Tungsten Carbides, NiCrBSi
- Major hard-phase(s): Fused Tungsten Carbides
- Hardness as per DIN 32525-4: 50 - 65 HRC / 515 - 825 HV
- Service temperature: 500 C
- Weld deposit density: ~ 13.65 g/cc
- View Details →