At Plasma Spray Processors, HVOF is not just what we do; it is how we help your toughest components last (and perform) far beyond expectations. Our team brings decades of hands-on expertise, utilizing HVOF to create coatings that combine ultra-high wear resistance with pure reliability.
When failure is not an option - think HVOF.
Request a CallbackHVOF coatings form exceptionally dense, tightly bonded layers, ready for abrasive, high-pressure work environments.
Tough against chemicals and weather; extends component life in even the most demanding settings.
Say goodbye to micro-cracks and premature breakdown. HVOF delivers a smooth, hard surface with minimal porosity.
Rebuild worn or out-of-tolerance parts, often outlasting the original surface.
| Sr No. | Material | What It Offers | Ideal Applications |
|---|---|---|---|
| 1 | Tungsten Carbide-Cobalt | Extremely hard, high wear resistance | Pump rods, gate valves, rolls, pistons |
| 2 | Chromium Carbide-Nickel Chrome | Combines wear and corrosion resistance | Hydraulic rods, shafts, mixing blades |
| 3 | Nickel Alloy Coatings | Resilient in corrosive environments | Chemical plant, marine components |
| 4 | Iron & Stainless Blends | Cost-effective, moderate protection | Roll journals, repair jobs |
Components go through cleaning, grit-blasting, and detailed inspection; quality starts here.
Only the vital surfaces are coated, using precise masking and fixturing.
Oxygen and fuel deliver powder at supersonic velocities, resulting in dense, durable coatings.
Surfaces are ground, polished, and tested to strict standards before leaving our shop.
Delivering proven surface engineering excellence since 1980.
Ensuring consistent coating quality through strict ISO standards.
Equipped with advanced plasma, HVOF, and flame spray systems.
Quick turnaround services to minimise client downtime.
Share your part drawing or requirements, and we’ll match you with the ideal HVOF solution, efficiently and professionally.
Plasma Spray Processors : HVOF coatings for a world that expects more from every surface.