Special Products

A single component, water-based acrylic resin based, adhesion enhancing primer developed for glossy surfaces similar to ceramics. Provides excellent results in under-ceramic applications thanks to its special granular structure.

It is a thermoplastic resin based, matte interior paint that covers all stains such as soot, nicotine, oil, moisture, graffiti, ink and felt-tip pen on the surfaces and prevents them from resurfacing.

It is a synthetic resin based, silicone modified, transparent and glossy natural stone varnish that is resistant to weak acid and basic solutions.

It is a water-based, acrylic copolymer based matte looking top coat tennis court paint.

It is an alkyd resin based, metallic and glossy finish paint that is resistant to sunlight and environmental factors.

This water-based fire-retardant paint was developed for use on wood, concrete, and steel surfaces in buildings. It swells during a fire, forming an insulating protective layer that delays heat transfer to the surface. Depending on the applied film thickness, it delays heat transfer to the substrate and provides fire resistance for up to 120 minutes.

A single component, water-based acrylic resin based, adhesion enhancing primer developed for glossy surfaces similar to ceramics. Provides excellent results in under-ceramic applications thanks to its special granular structure.

It is a thermoplastic resin based, matte interior paint that covers all stains such as soot, nicotine, oil, moisture, graffiti, ink and felt-tip pen on the surfaces and prevents them from resurfacing.

It is a synthetic resin based, silicone modified, transparent and glossy natural stone varnish that is resistant to weak acid and basic solutions.

It is a water-based, acrylic copolymer based matte looking top coat tennis court paint.

It is an alkyd resin based, metallic and glossy finish paint that is resistant to sunlight and environmental factors.

This water-based fire-retardant paint was developed for use on wood, concrete, and steel surfaces in buildings. It swells during a fire, forming an insulating protective layer that delays heat transfer to the surface. Depending on the applied film thickness, it delays heat transfer to the substrate and provides fire resistance for up to 120 minutes.