70+ Years of U.S. Electroplating Innovation to Reduce Wear, Friction & Corrosion 1.800.637.9019

Tricom Coatings

Industries USC Technologies Services

Tricom-800 Corrosion & Wear Resistant Coatings

TriCom-801 Superior Corrosion/Moderate Wear Coating

    • Exceptional Corrosion Resistance
    • Replaces electroless nickel, nickel, nickel chrome, hard chrome and PVD
    • Applications include Marine shafts

TriCom-804 Superior Wear/Corrosion Resistant Coating

    • Superior wear resistance
    • Replaces hard chrome, PVD and some thermal sprays
    • Applications include Oil & Gas housing IDs, piston mandrels

TriCom-700 Low Friction and Abrasion Resistance Coatings

TriCom-704 Low Friction and Wear Coating

    • Low frictional properties
    • Replaces hard chrome, TDC, and some thermal sprays
    • Applications include aerospace actuator housings, nuclear piston seals and helicopter rotor components

TriCom-706 Low Abrasion and Wear Coating

    • Abrasion Resistance
    • Replaces hard chrome and some thermal sprays
    • Applications include truck suspension system components, rotary engine components

TriCom-600 High Temperature Wear Coating

TriCom-600 High Temperature Wear Coating

    • Wear & Oxidation resistance up to 1100 °F
    • Replaces Thermal Spray Coatings such as T-400 at low cost
    • Applications include Gas Turbine Seals and flexible components

Benefits

  • An Environmentally-Friendly Process and Product
  • Extremely High Hardness and Low Wear Resistance
  • Superior Corrosion Resistance
  • Lower Costs
  • Excellent Grindability
  • Thick Protective Coating
  • Wide Applicability
  • Customizable by Applications

Already Excelling:

  • Replacing hard chrome, electroless nickel, and thermal spray coatings for major industrial companies.
  • Qualified and in production for hydraulic actuating cylinders of the Lockheed Martin F-35 Lightning II Joint Strike Fighter.
  • Oil & Gas, agriculture, marine shafts, automotive shock damper rods, and military vehicle suspension systems.
  • TriCom complies with MIL-DTL-32502.