What Surfaces Is PROLUX Appropriate For?

Q: Substrates PROLUX is specified for

PROLUX is commonly used across five main material groups: Concrete – floors and external parking areas where a hard-wearing finish is needed. Fibreglass – reinforced composite panels and moulded surfaces. Ceramic – tiles and similar non-porous surfaces that benefit from a protective coating. Plastic – selected rigid plastics where the surface can be keyed to accept the coating. Steel – properly prepared metal surfaces, typically clean, dry and keyed before coating. This does not mean every item made from these materials is automatically suitable; surface condition and preparation remain the deciding factors.

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PROLUX is a two-component polyurethane coating suited to concrete, fibreglass, ceramic, selected plastics and correctly prepared steel. It forms part of a specification range intended for floors, tiles and other high-traffic areas, including driveable exterior surfaces when the substrate is properly prepared. The coating is available in gloss or satin finishes and can be used in damp or demanding environments where a tough protective layer is required.

What Surfaces Is PROLUX Appropriate For?

Because PROLUX is based on polyurethane, it can bridge a mix of substrates in one project, but the condition of each surface matters just as much as the material type. The notes below outline where the coating is typically specified and the preparation expectations that support a reliable finish.

Substrates PROLUX is specified for

PROLUX is commonly used across five main material groups:

Concrete – floors and external parking areas where a hard-wearing finish is needed.
Fibreglass – reinforced composite panels and moulded surfaces.
Ceramic – tiles and similar non-porous surfaces that benefit from a protective coating.
Plastic – selected rigid plastics where the surface can be keyed to accept the coating.
Steel – properly prepared metal surfaces, typically clean, dry and keyed before coating.

This does not mean every item made from these materials is automatically suitable; surface condition and preparation remain the deciding factors.

Preparation and practical use

For any surface, the practical requirement is a clean, dry and sound substrate. Concrete should be fully cured and free from loose material. Ceramic tiles and plastic need to be degreased and abraded if their surface is smooth or glossy. Steel must be free from rust, oil and mill scale before coating.

PROLUX is also used on driveable surfaces, so preparation is especially important in external parking areas where traffic stress and weathering are part of normal use.

When this matters in a project

Choosing PROLUX makes sense when a project involves mixed materials or high-traffic areas that need a consistent protective finish. It is particularly relevant for garages, workshops, warehouses and outdoor parking areas where concrete, metal and occasional tile surfaces meet.

If the substrate is unprepared or contaminated, the coating is not the right choice. A specification should start with a sound, prepared surface rather than expecting the coating to compensate for poor substrate condition.

Related guides

For anyone building a tile paint specification, understanding compatible surfaces is a practical starting point. PROLUX extends beyond tiles to concrete, fibreglass, plastic and prepared steel, which makes it useful in schemes where multiple materials require a single protective finish.