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Hardcarb
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    • Available forms
    • Hardness
    • Major hard-phase(s)
    • Suitability - Abrasion
    • Suitability - Corrosion
    • Suitability - Erosion
    • Suitability - Impact
    • Suitability - Temperature
    • Hardcarb 755

      Hardcarb 755

      • EN 14700 alloy category: EN 14700 E Fe 16
      • Available forms: welding electrodes, cored wires
      • Major alloying elements: C, Mn, Cr, Mo, Nb, V, W, Fe
      • Major hard-phase(s): Chromium carbide, complex carbides
      • Hardness as per DIN 32525-4: 65 - 68 HRC
      • Service temperature: 800 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.8
    • Hardcarb 750

      Hardcarb 750

      • EN 14700 alloy category: Fe 16
      • Available forms: welding electrodes, cored wires, composite wearplates
      • Major alloying elements: C, Mn, Cr, Mo, Nb, V, W, Fe
      • Major hard-phase(s): Chromium carbide, complex carbides
      • Hardness as per DIN 32525-4: 63 - 66 HRC
      • Service temperature: 750 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.8
    • Hardcarb 735

      Hardcarb 735

      • EN 14700 alloy category: Fe 16
      • Available forms: welding electrodes, cored wires, composite wearplates
      • Major alloying elements: C, Mn, Cr, Mo, Nb, V, W, Fe
      • Major hard-phase(s): Chromium carbide, Complex carbides
      • Hardness as per DIN 32525-4: 62 - 66 HRC
      • Service temperature: 700 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.8
    • Hardcarb 720

      Hardcarb 720

      • EN 14700 alloy category: Z Fe 8
      • Available forms: welding electrodes, cored wires
      • Major alloying elements: C, Si, Mn, Cr, B, Fe
      • Major hard-phase(s): Iron borides, chromium borides
      • Hardness as per DIN 32525-4: 63 - 66 HRC
      • Service temperature: 500 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.4
    • Hardcarb 715

      Hardcarb 715

      • EN 14700 alloy category: Fe 14
      • Available forms: welding electrodes, cored wires, composite wearplates
      • Major alloying elements: C, Mn, Mo, Ni, Cr, V, Nb, B, Fe
      • Major hard-phase(s): Chromium carbide, Complex carbides
      • Hardness as per DIN 32525-4: 61 - 65 HRC
      • Service temperature: 600 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.4
    • Hardcarb 710

      Hardcarb 710

      • EN 14700 alloy category: Fe 14
      • Available forms: welding electrodes, cored wires, composite wearplates
      • Major alloying elements: C, Mn, Mo, Ni, Cr, V, Nb, B, Fe
      • Major hard-phase(s): Chromium carbide, complex carbides
      • Hardness as per DIN 32525-4: 62 - 66 HRC
      • Service temperature: 600 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.4
    • Hardcarb 705

      Hardcarb 705

      • EN 14700 alloy category: Fe 14
      • Available forms: welding electrodes, cored wires
      • Major alloying elements: C, Mn, Cr, V, W, B, Fe
      • Major hard-phase(s): Chromium carbide, Complex carbides
      • Hardness as per DIN 32525-4: 60 - 65 HRC
      • Service temperature: 550 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.6
    • Hardcarb 700

      Hardcarb 700

      • EN 14700 alloy category: Fe 14
      • Available forms: welding electrodes, cored wires, composite wearplates
      • Major alloying elements: C, Mn, Cr, Mo, Ni, Fe
      • Major hard-phase(s): Chromium carbide
      • Hardness as per DIN 32525-4: 58 - 62 HRC
      • Service temperature: 550 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      5.8
    • Hardcarb 460

      Hardcarb 460

      • EN 14700 alloy category: Fe 16
      • Available forms: welding electrodes, cored wires, composite wearplates
      • Major alloying elements: C, Si, Mn, Cr, V, Fe
      • Major hard-phase(s): Chromium carbide, Vanadium carbide
      • Hardness as per DIN 32525-4: 62 - 66 HRC
      • Service temperature: 500 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.6
    • Hardcarb 450

      Hardcarb 450

      • EN 14700 alloy category: Fe 16
      • Available forms: welding electrodes, cored wires, composite wearplates
      • Major alloying elements: C, Cr, Nb, Mo, W, V, B, Fe
      • Major hard-phase(s): Chromium carbide, Complex carbide
      • Hardness as per DIN 32525-4: 62 - 66 HRC
      • Service temperature: 500 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.2
    • Hardcarb 440

      Hardcarb 440

      • EN 14700 alloy category: Fe 15
      • Available forms: welding electrodes, cored wires, composite wearplates
      • Major alloying elements: C, Si, Mn, Cr, Nb, B, Fe
      • Major hard-phase(s): Chromium carbide, Complex carbide
      • Hardness as per DIN 32525-4: 62 - 66 HRC
      • Service temperature: 450 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.2
    • Hardcarb 433

      Hardcarb 433

      • EN 14700 alloy category: Fe 15
      • Available forms: welding electrodes, cored wires, composite wearplates
      • Major alloying elements: C, Si, Mn, Cr, Nb, B, Fe
      • Major hard-phase(s): Chromium carbide, Complex carbide
      • Hardness as per DIN 32525-4: 65 - 68 HRC
      • Service temperature: 450 C
      • Weld deposit density: ~ 8.00 g/cc
      • View Details →
      6.2
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    Hardcarb Technologies Pvt. ltd.

    (Formerly known as Vautid-Shah Hardface Pvt. Ltd.)

    R 728, TTC Industrial Area, MIDC Rabale,
    Navi Mumbai, Maharashtra 400701, India.
    Phone: +91 22 6841 4141
    Email:   info@hardcarb.com
    Web:   www.hardcarb.com


    We are a leading technology-driven company in the hardfacing industry with over 20 years of experience in combatting industrial wear. Our diversified product portfolio of high performance anti-wear materials such as composite wearplates, welding electrodes, cored wires, sintered hardmetals, metal powders along with automated equipment, reliable services and engineered hardsurfacing solutions makes us your ideal partner for solving all wear problems.

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