DECO COLOR ACRIL CAR LINE Aluminum Acrylic is a high-quality acrylic spray varnish, specially designed for painting car parts, equipment and other surfaces. Due to its excellent coating and drying properties, this product is highly valued by both professionals and amateurs. It is designed for both indoor and outdoor use, making it a versatile solution for a variety of surface protection and decoration needs.
- Wide range of applications: DECO COLOR ACRIL CAR LINE aluminum acrylic is perfect for car bodies, various structures, equipment, steel furniture, as well as surfaces made of wood, ceramics, glass, cardboard and certain plastics.
- Optimum working temperature: it is recommended to use at a temperature of 15-25°C for best results - in these conditions ideal drying and adhesion is achieved.
- Fast drying: the first coat dries in 5 minutes, the surface is ready to touch in 15-20 minutes, and the final hardening is achieved in 16-20 hours, ensuring a durable and hard result.
- High efficiency: an area of 2-2.5 m² is covered in one layer, depending on the type and color of the surface, so the product is used sparingly.
- Excellent coverage and high gloss: this varnish provides an intense gloss and an exceptional aesthetic appearance of the surface.
- Durable and resistant coating: creates a hard protective layer that is resistant to scratches, impacts and has anti-corrosion properties that protect surfaces from rust.
- Gasoline resistance: This property provides long-term protection, especially important for vehicles and equipment exposed to the effects of fuel and other chemicals.
- RAL color system: the varnish is supplied in five basic colors according to the RAL system, which allows the shade to be easily adapted to other surfaces.
DECO COLOR ACRIL CAR LINE aluminum acrylic is an excellent choice for professional and industrial projects, car repair, equipment and furniture restoration, and other decorative and protective works. This product is valuable in all situations where fast drying, high gloss, durability and resistance to environmental effects are required.