CermaClad™ CRA (Corrosion Resistant)
CermaClad™ CRA cost-effective clad products are made from Corrosion Resistant Alloys (Alloy 626, 825, 904L, Monel 400) and Stainless Steel at cladding thickness between 2.5mm – 4mm; using our proprietary CermaClad™ high speed fusion cladding technology that provides ultimate corrosion resistance, true metallurgical bond, with no damage to the substrate and better metallurgical properties than competitive cladding processes
Applications:
- Oil and Gas (OCTG ID, Tankers, Vessels, Reactors)
- Oil Sands (Slurry Lines ID)
- Mining (Components)
- Power Generation (Boiler tubes)
CermaClad™ WRA (Wear Resistant)
CermaClad™ WRA cost-effective clad products are made from Wear Resistant materials like Chromium Carbide and Tungsten Carbide at cladding thickness between 5mm – 8mm; using our proprietary CermaClad™ high speed fusion cladding technology that provides ultimate wear resistance, true metallurgical bond, with no damage to the substrate and better metallurgical properties than competitive cladding processes.
Applications:
- Oil Sands (Slurry Lines ID, Hydro-transportation, Tailings pipe)
- Oil and Gas (OCTG ID, Tankers, Vessels, Reactors)
- Mining (Wear plates)
- Power Generation (Boiler tubes)
CermaClad™ LT (Low Thickness)
CermaClad™ LT cost-effective clad products are made from corrosion resistant materials like Stainless Steel and Aluminum at cladding thickness between 0.1mm – 1mm; using our proprietary CermaClad™ high speed fusion cladding technology that provides ultimate corrosion resistance, true metallurgical bond, with no damage to the substrate and better metallurgical properties than competitive paint systems and cladding processes.
Applications:
- Shipbuilding (Ballast and Cargo Tanks)
- Infrastructure (Rebars)
- Bridges (Steel Structures)
- Oil and Gas (Pipeline OD)
CermaClad™ HT (Heat Resistant)
Low cost, high performance heat resistant aluminide and nickel alloy cladding for high temperature applications in the Energy, Pulp and Paper, Nuclear, and Navy.
Applications:
- Energy
- Pulp & Paper
- Nuclear
- Navy (landing decks)
CermaClad™ - Value Proposition
Time
- 15-100X faster than weld/laser cladding
- Coverage of 75-580 sq.ft./hour with a single system
- Matches line speed of steel mills , and thus avoiding any delay in the project schedule and scope
Performance
- True metallurgical bond, >75,000 psi
- Minimal heat input to the substrate leading to strength retention of substrate
- Field portable system under development
Low heat input to the substrate
- Small heat affected zone
- Strength retention of Substrate
Cost
- Reduced lead time leading to massive savings in the overall project costs
- Allows application of thinner clad layer leading huge saving in material costs
- Faster process leads to lower operating costs
