Materials We Apply
Material selection is matched to operating conditions, substrate, and performance objectives. These are the systems most often specified for this application.
Rebuild Worn Components with Precision Surface Restoration
Component replacement is not always the most practical path. APS Materials applies thermal spray coatings to rebuild worn areas, restore dimensional tolerances, and recover functionality while minimizing downtime and replacement costs.
- 316L Stainless Steel
- 420 Stainless Steel
- Aluminum Bronze
- Carbides
- Copper-based Alloys
- Inconel
- Molybdenum
- Nickel-based Alloys
Recover Value Through Dimensional Restoration
Discuss your restoration requirements with our engineering team. We'll help identify the coating materials and thermal spray processes best suited to component geometry, service conditions, and dimensional recovery objectives.
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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Wear Resistance & Surface Durability
Withstand abrasion, erosion, fretting, galling, and mechanical contact, reducing surface degradation and maintaining functional tolerances.
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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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