PVD Coatings
Custom PVD coatings, including CRN, TIN, AL-N, and ZRN, help shafts resist corrosion, wear, and application-specific surface challenges while maintaining precision performance.
Explore corrosion resistant shaft coating options engineered to protect critical rotating components from chemical attack, oxidation, erosion, and wear. VaporKote helps industrial teams select PVD, thermal diffusion, aluminizing, boronizing, or nitriding solutions that extend shaft life, reduce maintenance frequency, and keep demanding production environments running with greater confidence.
Performance-focused coating options designed to improve shaft durability, corrosion resistance, and operating life.
Custom PVD coatings, including CRN, TIN, AL-N, and ZRN, help shafts resist corrosion, wear, and application-specific surface challenges while maintaining precision performance.
Thermal diffusion coatings form metallurgical alloys through high-temperature processing, creating durable shaft protection that improves resistance to wear, corrosion, harsh environments, and downtime.
Aluminizing, also known as calorizing, provides strong protection against high-temperature corrosion and oxidation, making it valuable for shafts exposed to thermal or chemically aggressive service.
Boronizing creates an ultra-hard diffusion layer that shields metal surfaces from erosion, abrasion, and wear while supporting longer service life in demanding rotating equipment.
IonPlasma Nitriding introduces nitrogen into shaft surfaces to enhance hardness, improve wear resistance, and increase durability without compromising critical industrial performance demands.
Engineering consulting helps determine the most suitable shaft coating by evaluating corrosion exposure, wear conditions, thermal requirements, material compatibility, and lifecycle objectives.
The right shaft coating can reduce corrosion-driven failures, protect bearing and seal surfaces, and improve reliability in demanding industrial systems. VaporKote evaluates operating conditions, base materials, corrosion exposure, wear patterns, and thermal demands to recommend coating options that balance performance, dimensional requirements, and cost-effective service life extension.
VaporKote coatings help industrial teams reduce maintenance costs and extend critical equipment life.
"Vaporkote is a metal heat treating company in Anaheim, California. The owner Robert Frazier is a great person to deal with. He has well over 40 years experience in custom metal treating. They are also helpful and know how to get the work done correctly."
Industrial teams trust VaporKote for technically driven coating recommendations and durable component protection.
Over 37 years advancing wear and corrosion resistance for demanding industrial applications.
Processes adhere to ASTM, ASME, SAE, API, and other engineering practices.
On-site powder mixes are tuned to unique component, material, and operating requirements.
State-of-the-art furnaces and machining support large parts up to 68 inches.
Experienced specialists focused on industrial coating performance.
Founded in 1987, VaporKote began with a vision to redefine the standards of wear and corrosion resistance. Today, the company supports manufacturing, petrochemical, oil refining, mining, aerospace, pulp and paper, and heat exchanger industries with advanced diffusion coatings and technical coating expertise. VaporKote’s team combines engineering knowledge, state-of-the-art furnaces, close-tolerance machining capabilities, and metallurgical analysis to help clients protect critical components such as shafts, wear rings, impellers, fasteners, and tubing. The company’s mission is to deliver more than a coating: it provides a shield of confidence that helps industrial equipment operate longer, resist harsh environments, and reduce costly maintenance downtime.
The best option depends on the shaft material, operating temperature, corrosion chemistry, wear exposure, and dimensional limits. VaporKote offers PVD coatings such as CRN, thermal diffusion coatings, aluminizing, boronizing, and IonPlasma Nitriding. Each option protects differently: some prioritize high-temperature corrosion, while others focus on hardness, erosion resistance, or combined wear and corrosion protection.
Talk with VaporKote about your shaft material and operating conditions.
ASTM, ASME, SAE, API aligned practices.
Founded in 1987 for industrial protection.
Diffusion coatings evaluated for technical assurance.
Share your shaft material, operating environment, dimensions, and performance goals. VaporKote will help evaluate coating options for corrosion resistance, wear protection, temperature exposure, and long-term reliability.
For immediate assistance, feel free to give us a direct call at (714) 632-8607. You can also send us a quick email at sales@vaporkote.com.
For immediate assistance, feel free to give us a direct call at (714) 632-8607. You can also send us a quick email at sales@vaporkote.com.