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D-Gun Coating Process Metal Production
See our proprietary detonation gun (D-Gun) thermal spray process in action—the leading solution for parts that require extraordinary wear and mechanical properties—applying a coating to a process roll used in steel manufacturing.
HVOF Coating Process Auto
Watch Praxair’s patented wear-control coating be applied via the high-velocity oxy fuel (HVOF) process to aluminum wheels.
Laser-Cladding Process Power Generation
Watch as boiler waterwall panels are laser clad.
Wire Arc Spray Process
Molybdenum wire spray coatings are ideal for friction control on automotive components such as synchronizer rings and shifting forks.
LPPS Coating Process
LPPS is plasma spraying under low-pressure conditions. It offers all the advantages of plasma spray while delivering the inert environment to produce very dense coatings with ultra-low oxide content.
HVOF Coating Process Ball Valves
Our high-velocity oxy fuel (HVOF)-applied coatings are hard and wear-resistant to impede erosive and abrasive wear and corrosive attack, and deliver a tight seal every time to help you achieve zero leakage.
TSA Process
Eliminate corrosion on drilling and production risers and subsea piping with our specially applied thermal sprayed aluminum (TSA) coatings.
D-Gun Coating Process Aviation
Watch our proprietary detonation gun (D-Gun) thermal process—the leading solution for parts that require extraordinary mechanical and wear properties—in action as it applied a coating to an aviation engine blade.
Tribomet Process
Our Tribomet abrasive coatings allow for turbocharger nozzle designs that reduce the gap between the stator and rotor to improve fuel efficiencies.
D-Gun Coating Process Seats
See our proprietary detonation gun (D-Gun) thermal spray process in action—the leading solution for parts that require extraordinary wear and mechanical properties—applying a coating to seats used in the oil and gas industry.
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