- An engine enamel rated to 343°C, the top of the class, in a US quart for a brush or a gun.
- Ceramic is an ingredient, not a different paint. It is still a one-pack enamel and still not for a manifold.
- Eastwood is a restoration supplier selling paint under its own name. It does not say who makes it.
- The listing carries the facts; there is no data sheet of the kind VHT or Hycote publishes.
- Frost imports it; Amazon UK lists it under Frost's name.
What it is
Eastwood is the restoration tool supplier from Pennsylvania that sells paint under its own name, and its Ceramic Engine Paint is a brush-or-spray enamel for blocks, heads and covers with ceramic material added to the resin so the film tolerates more heat. Eastwood also sells a 2K Aero-Spray ceramic in an aerosol, which is a different product with isocyanates in it and the mask requirements that implies; the brand page separates the two.
The quart reviewed here reaches the UK through Frost and Amazon UK lists it under Frost's name. Four colours are on the shelf: matte black, AMC Metallic Blue, Pontiac Light Blue and Chrysler Hemi Orange.
The figures, and what they mean
650°F is about 343°C, and it is the highest rating of any engine enamel on Amazon UK: above VHT's 288°C, above Hycote's 300°C for its best colours, more than double POR-15's 150°C. The engine enamel page explains what "ceramic" does and does not change: it is a reason to expect a higher rating, and then you read the rating.
What the figure does not do is make it a manifold coating. Eastwood says so itself. A manifold takes a very high temperature coating, from 650°C upwards, and 343°C is a different class.
What is missing is the rest of the sheet. Eastwood publishes no coverage, no recoat window and no cure schedule for this tin that we have found; the listing gives drying times. The score is for the figure, the format and the colours, read against that silence.
Putting it on
Clean, dry, degreased metal, as for every enamel, with the preparation guide's warning about alkaline cleaners in mind. Eastwood gives no primer instruction for this tin that we have found; the primers page explains why the makers disagree and why the tin in your hand decides.
By brush, it goes on as any thick enamel: stir, work from the top of the engine down, thin coats. By gun, Eastwood lists it as sprayable but gives no thinner or ratio on the listing, so a test on scrap is the way to find the mix; the spray gun guide says what size of gun and how much air a block on a stand needs, and a quart is the right amount for that job.
The cure
Eastwood gives drying times rather than a cure schedule, so treat it as the other one-pack enamels are treated: dry, handleable and cured are three states, only the last gives the paint its properties, and the running engine finishes the job on a block. The application guide sets out the other makers' schedules so you know what you are not being told.
Where it sits against the others
Against VHT Engine Enamel: VHT has the aerosol, the primer and the clear, the written cure, and 55°C less. Against POR-15 Engine Enamel: POR-15 has the finish and the coverage figure, Eastwood has nearly 200°C more. Against Frost's P800: Frost has the British colours and RAL numbers; Eastwood has the figure and twice the tin.
Best engine paints 2026 ranks it second overall for the highest heat rating; Best brush-on engine enamels 2026 ranks it third.
Who it suits
A bare block on a stand with a gun, where a quart is the right amount and a 343°C film is the right margin. An alloy head, or an engine that is worked hard, where the other enamels' figures run thin. An American engine in one of the four colours.
Not a rocker cover, which wants a tenth of the tin. Not a manifold, ever. And not the owner who wants the maker's name on the sheet: Eastwood does not say who makes it.