Surface engineering for the GCC
Surface & Thermal
PartsMake helps protect precision components against intense desert UV, wide day-to-night temperature swings, airborne sand and aggressive coastal salt spray. Explore surface treatments and metallurgical processes engineered to support longer service life in demanding Middle Eastern conditions.
Built for harsh environments
Protection from the surface to the core.
Choose physical and chemical barriers alongside heat-treatment options that improve surface hardness, relieve residual stress and help retain dimensional stability.
Designed around operating conditions
Surface protection and metallurgical control, in one engineering matrix
From chemical and thermal barriers to subsurface strengthening, specify treatments around the component material, exposure and service duty. Processes are selected against applicable ASTM, ISO and NACE requirements, with inspection and verification agreed for each project.
Environmental barriers
Treatment options address abrasion, corrosion, salt exposure and surface wear in desert, marine and industrial service.
Metallurgical improvement
Thermal conditioning can relieve machining or welding stresses and improve surface fatigue performance for demanding components.
Verification-led delivery
Define coating checks, adhesion testing, hardness measurement and documentation to suit the drawing and applicable specification.
Treatment selection guide
Compare surface and thermal pathways
Final process, inspection scope and turnaround are confirmed against the part drawing, substrate and service environment.
| Attribute | Wear & Hardfacing | Corrosion Protection | Thermal Conditioning |
|---|---|---|---|
| Materials | Specify substrate alloy and hardness requirements for the wear surface. | Specify base metal, exposure conditions and coating compatibility. | Select a suitable cycle for the alloy, section size and required properties. |
| Processes | Options include high-phosphorus electroless nickel, HVOF tungsten carbide and hard chrome. | Options include Type III hard anodising, passivation and heavy-duty epoxy coating. | Options include vacuum stress relief, controlled-atmosphere nitriding and carburising with quench. |
| Applications | Downhole equipment, mining components and desert slurry or sand-handling systems. | Coastal facilities, marine equipment and oil and gas platform components. | Weldments, gears, shafts and heavy-duty parts exposed to thermal variation. |
| Lead time | Confirmed after review of coating system, part geometry and batch quantity. | Confirmed after review of preparation, coating build and inspection scope. | Confirmed after review of material, section size and required treatment cycle. |
| Request a quote | Discuss wear protection | Discuss corrosion protection | Discuss heat treatment |
Browse by engineering need
Category navigation
Choose a treatment category to explore process options, suitable applications and specification considerations for your components.
Specify for the real service environment
Share the drawing, base material, operating conditions and applicable project standards. PartsMake can help review the treatment route and verification requirements.
- Desert UV, sand abrasion and temperature cycling
- Coastal salt spray and corrosive industrial exposure
- Required coating thickness, hardness or surface finish
- Inspection records and applicable ASTM, ISO or NACE criteria
Engineering enquiry
Plan your surface or thermal treatment
Send your component details and operating conditions to PartsMake to start a project review.