Coating questions, answered straight

We apply specialist ceramic and protective coatings to metal parts that face heat, corrosion, wear or friction: thermal-barrier and heat-management coatings, corrosion-resistant finishes and low-friction coatings for automotive, industrial, marine, aviation, motorcycle and specialty work.

No. Powder coating, paint and plating are surface finishes. Our ceramic coatings are thin, bonded to the metal and engineered to do a job: manage heat, resist corrosion or reduce wear. They are chosen for how the part performs, not just how it looks. We are not powder coaters, platers or painters.

The part decides the coating. We look at what it is made from, where it works, how much heat it sees, and whether it faces salt, chemicals or abrasion. From there we recommend the coating that fits the job, matched to the application, so a part is never over-specified.

Yes, that is a real advantage of a thin-film ceramic coating. It can protect threads, clearances and machined surfaces where thick paint or powder coating would interfere. We still assess every part first, and mask any area that must stay uncoated.

Send clear photos, rough dimensions, the material if you know it, and a line on where the part is used and whether the main problem is heat, corrosion, wear or appearance. We will tell you whether the part is suitable, what coating makes sense, and what the job is likely to cost.

Thermal coatings keep heat inside exhaust and engine components rather than radiating it into the engine bay, which supports better flow and protects nearby parts. The real-world gain depends on the part and the vehicle. We will tell you honestly what to expect for yours.

They tackle exhaust heat in different ways. Wrap can cut radiant heat but tends to trap moisture and grime against the metal. A ceramic coating bonds to the part itself, adds corrosion resistance and leaves a cleaner, more durable finish: usually the better long-term choice for street and performance builds.

No. Hot components like exhausts and engine parts need high-temperature ceramic. For parts that do not face extreme heat, we apply a premium durable finish instead. We match the coating to the application, so a part is never over-specified.

For high-heat parts, engine components and exhaust headers, we offer black and natural silver. Where extreme heat protection isn't the priority, we offer a wide range of colour options, and can match specific shades where needed (conditions may apply). We prioritise matching the right coating to the job first; colour options follow from there.

Pumps, machine components, heating and process equipment, pipework, fittings, moulds, gears and high-wear tooling among them. Tell us the part and the conditions it works in and we will recommend the right coating.

Heat damage, rust and corrosion, and premature wear. By protecting critical machinery from these, our coatings help improve efficiency, reduce maintenance and cut downtime over the life of the equipment.

Many of our coatings offer strong resistance to oils, fuels, hydraulic fluids and aggressive process environments. The right answer depends on the exact chemical, concentration, temperature and exposure, so we prefer to understand the operating conditions before recommending a coating.

No. Hot and heavily worked components benefit most from high-temperature ceramic. For parts that do not face extreme heat, we apply a premium durable finish instead. We match the coating to the application, so a part is never over-specified.

Yes. High-temperature ceramic is designed for exhausts, headers and silencers: it manages the heat these parts generate and resists the discolouration that ruins an untreated finish, so they keep performing and looking good.

Yes, we generally need the loose component, not the whole motorcycle. Remove the part, drain any oils or fluids, and leave off rubber, plastic, seals and bearings unless we have agreed otherwise. If you are unsure, send photos first.

For high-heat parts, engine components and exhaust headers, we offer black and natural silver. Where extreme heat protection isn't the priority, we offer a wide range of colour options, and can match specific shades where needed (conditions may apply). We prioritise matching the right coating to the job first; colour options follow from there.

No. Hot components like exhausts and engine parts need high-temperature ceramic. For parts that do not face extreme heat, we apply a premium durable finish instead. We match the coating to the application, so a part is never over-specified.

A ceramic coating adds a tough, corrosion-resistant barrier that dramatically slows the rust and pitting saltwater causes. No coating makes metal indestructible, but the right one, properly applied, extends the life of parts that would otherwise corrode quickly.

Engines, exhausts, manifolds, pumps, shafts, brackets and other metal hardware, on both recreational and commercial craft. Tell us the part and the conditions it faces and we will recommend the right coating.

Often, yes. Suitability depends on the grade of metal, the surface condition, the working temperature and the exposure. Stainless and aluminium can still stain, pit or corrode in a marine environment, so a coating can be worth it where the part is vulnerable.

No. Hot and heavily exposed parts benefit most from high-temperature ceramic. For parts that do not face extreme heat, we apply a premium durable finish instead. We match the coating to the application, so a part is never over-specified.

Aircraft parts face high temperatures, pressure and corrosive conditions. A ceramic coating adds thermal protection and corrosion resistance that helps critical components keep their integrity and performance over time, supporting reliability and longer maintenance intervals.

On engine and exhaust components it manages heat, keeping it where it belongs rather than radiating it into surrounding assemblies, which protects nearby parts and supports consistent performance under demanding conditions.

Coating suitability and approval must be confirmed for the specific part and application. We can advise on options and apply the chosen system to a precise standard, but airworthiness and compliance remain with the owner, engineer, AMO or relevant authority.

No. Hot and heavily exposed components benefit most from high-temperature ceramic. For parts that do not face extreme heat, we apply a premium durable finish instead. We match the coating to the application, so a part is never over-specified.

A wide range: cookware and potjie pots, firearm components, wheel rims, industrial moulds, gears and threads, lighting fixtures, heating elements and more. If a part needs protecting from heat, wear or corrosion, there is a good chance we can coat it.

We coat cookware, potjie pots and other food-contact items with ceramic finishes chosen for that use. We will confirm the right specification for your item before any work starts.

We coat suitable, legally held firearm components for corrosion resistance and finish durability, subject to assessment and applicable law. We limit the work to lawful surface finishing. We do not advise on or carry out performance or safety modifications.

Ceramic leads for parts that face heat, wear or corrosion. For parts that do not face extreme heat, we apply a premium durable finish instead. We match the coating to the application, so a part is never over-specified.

Send us the details. We take on parts most workshops will not touch, and we will tell you honestly whether we can coat it and what it needs.