Coatings for parts that cannot fail.
Aerospace components face extreme temperatures, erosion, and corrosion with zero tolerance for failure. PVD and DLC coatings extend the life of turbine and engine components, landing gear, and titanium fasteners — and they make the tooling that machines tough aerospace alloys far more productive.
Built for the requirements that matter.
Every coating below is matched to the realities of aerospace — and applied on modern equipment, with your parts handled with documented care.
Key requirements
- Erosion & high-temperature resistance
- Corrosion protection in harsh conditions
- Wear resistance on titanium & superalloys
- Tight tolerances and careful, documented handling
Coatings for Aerospace.
5 coatings recommended — 4 PVD and 1 DLC. Each with its specifications and how it's used in this industry. Click any coating for full technical data.
Black Voodoo
Low-friction, anti-galling protection for precision moving parts.
Scorpion Stinger
High-temperature machining of titanium, Inconel, and superalloys; tooling for engine and turbine components.
King Cobra
Hard, wear-resistant finish for fasteners and bushings.
Rhino Hide
Erosion and corrosion protection for landing gear, struts, and fasteners; harder than chrome plating.
Murder Hornet
Wear and corrosion resistance for titanium components and fasteners.
Technical values are typical published properties for the underlying coating chemistry, shown for general guidance. Final coating selection and specifications are confirmed per part, material, and application.
In our customers' words.
“RobbJack’s rocket engine liner saws with Black Mamba coating delivered a 370% increase in tool life while cutting abrasive copper material. The results exceeded our expectations and gave us the performance consistency we needed for critical aerospace components.”
Coating aerospace parts?
Tell us your part, material, and application — we'll recommend the right coating and handle your parts with the care they deserve.