Advanced coatings for critical components.
Application-focused surface solutions for industrial instrumentation, aerospace and tooling - built around wear, friction, corrosion, heat, dimensional accuracy and uptime.
The component may be sound. The surface is where performance is lost.
Friction, wear, corrosion, heat, sticking, galling, fouling and seizing can turn a reliable component into a maintenance problem. PVD focuses protection where those failure modes begin: at the surface.
Wear and friction
Reduce friction and surface wear, improve wear resistance, limit sticking and galling, and increase surface hardness.
Corrosion and heat
Improve corrosion resistance, reduce oxidation at high temperatures, and address fouling or buildup in demanding service.
Precision and dimensional control
Protect measurement integrity and help prevent the loss of dimensional accuracy on components where tolerances matter.
Maintenance and uptime
Reduce the surface-driven problems that create premature replacement, repeated maintenance and avoidable downtime.
A broad coating portfolio. One application-first approach.
The right starting point is not a preferred coating name. It is the component, the service environment and the performance problem that must be solved.
Coating selection should account for the substrate, component geometry, critical dimensions, operating temperature, media exposure and primary failure mode.
Focus the coating strategy on the result that matters.
Haygor's PVD offering is organized around three practical outcomes: managing wear and friction, protecting against corrosion and heat, and preserving precision and uptime.
Wear & Friction
- Reduces friction & surface wear
- Improves wear resistance
- Reduces sticking & galling
- Increases surface hardness
Corrosion & Heat
- Superior corrosion resistance
- Reduces oxidation at high temperatures
- Prevents fouling / buildup
- Eliminates seizing
Precision & Uptime
- Measurement integrity
- Prevents loss of dimensional accuracy
- Reduces maintenance & downtime
- Cost-effective performance
Advanced PVD coating solutions for demanding applications.
The program is focused on critical components used across industrial instrumentation, aerospaceand tooling applications.
Valves & Fittings
Manifolds
Diaphragm Seals
Flowmeters
Transmitters
Sensors & Probes
Tooling
Evaluate surface protection where wear, friction, heat or dimensional control limits tool performance.
Start with the failure mode, not a coating name.
A useful coating recommendation begins with the part, the operating environment and the performance condition that must be corrected or prevented.
Define the surface problem
Identify the dominant issue: friction, wear, corrosion, heat, oxidation, sticking, galling, fouling, buildup, seizing or dimensional loss.
Review the component and service
Document the base material, geometry, critical dimensions, process media, temperature and operating conditions.
Match the coating technology
Evaluate the available PVD technologies against the performance goal and the component's practical constraints.
Confirm scope and production requirements
Align on the recommended approach, part quantities, preparation requirements, schedule and quotation.
Bring us the component - and the performance problem.
Tell the Advanced Coating Service team what the part is doing, where it is failing, and which dimensions or operating conditions are critical. Haygor can begin the conversation around the application rather than forcing a one-size-fits-all coating.