BMA Textures – Gratin, Maplexine & Miniplexine
BMA Textures – Gratin, Maplexine & Miniplexine
BMA Textures are high-quality decorative coatings formulated with acrylic copolymer and selected marble aggregates. They provide an attractive structured finish with excellent resistance to weather conditions while maintaining long-lasting colour stability.
These textured coatings help conceal surface imperfections, including minor cracks and holes, while providing resistance to impact and humidity. They are suitable for the decoration and protection of both interior and exterior walls.
Main Features
- Decorative textured finish
- Based on acrylic copolymer
- Contains selected marble aggregates
- Suitable for interior and exterior walls
- Excellent resistance to weather conditions
- Good colour stability and resistance to ageing
- Resistant to impact and humidity
- Helps conceal minor cracks, holes and surface imperfections
- Provides long-lasting wall protection
Available Textures
- Gratin
- Maplexine
- Miniplexine
Theoretical Spreading Rate
- Gratin and Maplexine: 0.50–0.75 m²/L per coat
- Miniplexine: 0.75–1.00 m²/L per coat
Actual coverage may vary depending on the selected texture, surface condition, application method and required finish.
Drying Time
- Touch dry: 3–4 hours
- Ready for recoating: 12 hours
- Thoroughly dry: 24 hours
Drying times may vary depending on temperature, humidity, ventilation and coating thickness.
Recommended Uses
Suitable for decorating and protecting:
- Interior walls
- Exterior façades
- Cement plaster
- Concrete surfaces
- Masonry walls
- Previously prepared and compatible painted surfaces
Surface Preparation
The surface must be clean, dry and free from dust, grease, loose material and other contaminants. Cracks, holes and major surface defects should be repaired before application. Apply the appropriate primer where required.
Application
Mix the product thoroughly before use. Apply using the appropriate roller, trowel or application tool according to the selected texture and required decorative effect.