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Surface Engineering - Wear Resistance Specialists

Wear Resistance Specialists

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You are here: Home / Archives for New Development

New Development

Nano-Velocity

August 19, 2019 by proboscidian

The Nano-Velocity line is our group of uniquely formulated compositions incorporating standard micron sized carbides (2-5um) with sub-micron sized (0.2 -0.5um / 200-500 nanometers). Coatings produced with these powders provide a higher “carbide to binder” surface area ratio than our micro-velocity coatings and up to a 30 percent increase in abrasion and erosion resistance can […]

Filed Under: New Development

Rad Composite Rod

July 13, 2019 by proboscidian

Surface Engineering tested and had some phenomenal results on its PWRDNIA008 rod. The RAD rod is a composite rod, and is part of our Carboride product line. We utilize two types of tungsten carbide – Spherical Cast and Macro Crystalline – with our SP44m nickel matrix. The Tungsten Carbide was distributed uniformly with little or […]

Filed Under: New Development

Surface Engineering - Wear Resistance Specialists

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MENU
  • Home
  • Wear Modes
    • Abrasion
    • Erosion
    • Adhesion
    • Surface Fatigue
  • Consumables
    • Product Forms
    • Nickel Alloys SPECIALLOY
    • Cobalt Alloys PRIME
    • Alloy + Tungsten Carbide CARBORIDE
    • Carbide HVOF Powders VELOCITY
    • Tungsten Carbide
    • Tungsten Powders
    • Tungsten Rods
    • Iron Based Products
    • Wire
  • Processes
    • Welded Overlay Processes
      • MIG & Submerged Arc Hardfacing
      • TIG & Oxy-Acetylene Hardfacing
      • Laser Hardfacing
      • Plasma Transfer Arc (PTA) Hardfacing
    • Spray Overlay Processes
      • HVOF Spray
      • Plasma Spray
      • Twin Wire Arc Spray (TWAS)
      • Flame Spray
      • Manual Torch Powder Welding
    • Furnace Overlay Processes
      • Infiltration
  • Equipment
    • SE PTA 350 – PTA System
    • SE TW 400 – Twin Wire Arc Spray System
    • SE-JET 5000 – HP-HVOF Spray System
    • SP1100DP TAC System
    • Manual / Puddle Spray Torch
  • Resources
    • Hardness Conversion Chart
    • Coefficient of Thermal Expansion
    • Powder Mesh Size Comparator
    • Particle Size Distribution Chart
  • About Us
  • Contact