It started when an aerospace prime reached out in search of a solution to a very time sensitive problem. There was a dire need for an alternative aerospace wear-resistant coating that would outlast hard chrome, coat a very small inner diameter, and be environmentally friendly. Upon this request, the research and development division put themselves to task to create a new aerospace coating with improved atmospheric corrosion resistance, enhanced wear protection, non-line-of-sight coating ability, and zero hazardous waste stream.
The creation of TriCom for aerospace plating occurred shortly thereafter and its test results astounded everyone involved. By controlling the coating characteristics, it is possible to optimize TriCom for different target applications. TriCom offers an environmentally friendly chromium alternative, aerospace corrosion and wear-resistant alternative to electroless nickel, and is a non-line-of-sight (NLOS) solution to thermal spray limitations.
USC Technologies aerospace coatings division had TriCom qualified and is expanding its work with multiple global aerospace primes and has grown the TriCom electrocoating technologies. We are currently in production and testing phases with several OEMs. All of our electrocoatings are RoHS & REACH compliant.
TriCom sets a new standard in protection from atmospheric corrosion. Using industry standard ASTM B117 salt spray testing, TriCom impressively surpasses other aerospace coatings by lasting 2,500 hours without any degradation to the coating or part.
Comparing ASTM D4060 (Taber Wear) test data, TriCom outperformed other aerospace coatings for improved wear resistance. Along with unmatched atmospheric corrosion resistance, your parts will have exceptional durability, and longevity, meaning less down-time.
Having passed rigorous testing to meet the stringent requirements of the aerospace industry, TriCom provides you with a quality solution that’s validated, reliable, and production ready. Not only is TriCom environmentally safe, but it also reduces the health risks associated with traditional coating processes.
Our coating process is adaptable to any aerospace component manufactured. TriCom can be applied to near-net-shape and to a wide range of inside and outside diameters, flat surfaces, and non-line-of-sight (NLOS) applications. No matter how complex the design, TriCom provides complete coverage for optimal performance.
TriCom’s ability to bend and deflect with the movement and stresses associated with aerospace components reduces the chance of damage, cracking, or delamination.
TriCom is a reliable solution for repairing worn aerospace applications. TriCom can be deposited up to 0.025 thickness, effectively restoring functionality and extending the lifespan of your parts.
Different TriCom aerospace surface finishings, as an alternative to chrome plating, have been developed or modified for unique application needs. These efforts resulted in an entire family of new alternative coatings that offer several advantages.
Thickness: Up to 0.020″
Hardness: 550-650 ( >700 HT)
ASTM B117: 1,000 Hours*
Reciprocating Wear: 1.4×10⁻⁵
Taber Wear Index: 9.54
Temperature Range: < 425°C
Thickness: Up to 0.020″
Hardness: 650-750 ( >800 HT)
ASTM B117: 1,000 Hours*
Reciprocating Wear: 3×10⁻⁵
Taber Wear Index: 11.54
Temperature Range: < 315°C
Thickness: Up to 0.020″
Hardness: 700-700 ( >900 HT)
ASTM B117: 1,000 Hours*
Reciprocating Wear: 3.2×10⁻⁵
Taber Wear Index: 1.0
Temperature Range: < 425°C
TriCom coats where others can’t, saving you time and money.
Customers saw up to 67% savings over other aerospace coatings.
We’re here to partner with you to exceed your expectations.
