Professional Service Coating Solutions

In an industrial context, coating refers to applying a protective or functional layer to the surface of a component to enhance its properties. This can include improving hardness, wear resistance, corrosion resistance, or thermal performance. Coatings may be applied through physical processes like PVD, chemical diffusion like boronizing or aluminizing, or thermal methods—each creating a bond that extends the component's operational life.

Boronizing infuses boron into metal surfaces to create an ultra-hard layer (RC75+ equivalency) ideal for wear, erosion, and abrasion resistance. Aluminizing diffuses aluminum into the surface to provide superior protection against high-temperature oxidation and corrosion. Both are diffusion coating processes, but they target different failure modes—choose boronizing for mechanical wear and aluminizing for thermal and chemical environments.

VaporKote's coating solutions are engineered for industries with the most demanding operating environments, including oil production and petrochemical refining, aerospace, mining, agriculture, pulp and paper, and heat exchanger manufacturing. Any sector relying on rotating equipment, pump components, fasteners, or high-temperature parts can benefit significantly from reduced maintenance costs and extended component life.

VaporKote's boronizing process achieves a surface hardness of 1500 Knoop, equivalent to RC75+. This is harder than tungsten carbide cutting tools and significantly harder than most industrial abrasive media. As a result, boronized components consistently outperform chrome plating, thermal spray coatings, and untreated hardened steels in erosion and wear resistance tests.

Yes. VaporKote operates state-of-the-art furnaces specifically capable of aluminizing and boronizing large components up to 68 inches in diameter. This makes VaporKote one of the few coating providers able to handle oversized industrial equipment such as large pump housings, reactor screens, and heat exchanger assemblies that standard coating facilities cannot accommodate.

Absolutely. VaporKote adheres to ASTM, ASME, SAE, API, and other recognized engineering codes and practices across all coating processes. Our metallurgical analyses and certification of diffusion coatings provide clients with documented evidence of coating thickness, diffusion depth, and corrosion resistance—ensuring full compliance with project specifications and industry regulatory requirements.

Turnaround time varies depending on the coating type, component size, and batch volume. VaporKote prioritizes rapid response and efficient processing to minimize client downtime. For most standard components, treatments are completed within a few business days. For large or complex parts requiring custom powder formulations or extended diffusion cycles, our team will provide a clear project timeline upfront.

VaporKote's engineering consulting team works closely with each client to evaluate component materials, operating conditions, failure modes, and performance goals. By assessing factors such as operating temperature, chemical exposure, mechanical loads, and budget, our specialists recommend the most appropriate coating—whether that's boronizing, aluminizing, PVD, thermal diffusion, IonPlasma nitriding, or a combination of processes.