Materials We Apply
Material selection is matched to operating conditions, substrate, and performance objectives. These are the systems most often specified for this application.
Abrasion & Erosion Resistance
Coatings selected for applications exposed to particle impact, abrasive wear, erosion, and material loss. These materials provide durable substrate protection while helping maintain dimensional stability and operational consistency.
- Boron Carbide (B₄C)
- Cobalt–Chrome–Moly–Silicon
- Tungsten Carbide Cobalt Chrome (WC-CoCr)
Friction Management
Materials engineered to modify surface interaction characteristics, reduce friction, and promote controlled wear behavior across moving or contacting surfaces.
- Aluminum–Silicon (Al-Si)
- Nickel Graphite
Protect Surfaces from Wear and Material Loss
Connect with our team to identify the coating materials and thermal spray processes best suited for your wear, erosion, and friction-related challenges.
Thermal Management
Reduce heat transfer, improve thermal efficiency, and maintain dimensional stability in elevated-temperature applications.
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Corrosion & Environmental Protection
Shield substrates from oxidation, chemical attack, moisture intrusion, and environmental degradation, helping preserve material integrity in aggressive operating conditions.
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Electrical Functionality
Control conductivity, isolate components, and provide reliable electrical performance in demanding manufacturing and electronic applications.
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Surface Engineering & Adhesion Control
Modify friction, adhesion, release characteristics, and surface interaction properties to address complex manufacturing and operational requirements.
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Chemical/Functional Enhancement
Optimize chemical resistance, adhesion characteristics, wettability, and functional performance for specialized application requirements.
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Restoration & Dimensional Repair
Restore worn surfaces, recover dimensional tolerances, and return high-value components to service while minimizing replacement costs and operational downtime.
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