Brake dust stops bonding
Hot iron particles fuse to bare alloy and lacquer over thousands of miles — that is what creates the stained, flat look on poorly maintained wheels. A high-temperature ceramic stops the bond forming in the first place.
High-temperature ceramic on wheels and brake callipers, applied properly off-car. Brake dust stops bonding, callipers keep their colour, and weekly washes get a lot quicker.
Hot iron particles fuse to bare alloy and lacquer over thousands of miles — that is what creates the stained, flat look on poorly maintained wheels. A high-temperature ceramic stops the bond forming in the first place.
OEM calliper paint and aftermarket caliper finishes both fade and chip under heat cycling. A coating designed for sustained 200°C+ keeps the colour saturation and shrugs off road salt over winters.
Coated wheels rinse clean with a citrus pre-spray and a soft mitt. No iron remover, no detail brush, no tar bar — the same wash that does the paint cleans the wheels too.
Half a day to a full day depending on wheel design and condition. Multi-spoke alloys with deep barrels take longer to coat thoroughly than flat-face designs, and very contaminated wheels may need a polish stage first.
Yes — they coat extremely well because the inner barrels can be accessed properly off-car. Get in touch with photos of the wheels and we will quote.
Two years is realistic with normal use and our recommended maintenance wash. Track use and aggressive brake cleaners shorten lifespan; daily commuting on UK roads does not.
We strongly prefer wheels-off — it is the only way to coat the inner barrel where most of the brake dust accumulates. On-car coating is possible for the spoke faces only, but that is the section that sees the least benefit.