Garret tiles are a new type of lightweight and highly reinforced insulation tiles. It has a high load-bearing capacity and good flatness.
They can be used as floors or ceilings in offices, commercial and residential buildings, on the floors or ceilings of outbuildings, light steel villas.
Excellent sound insulation materials.
Garrett tiles have excellent pest resistance.
They are effective against insects and termites, making them ideal for any room.
National level A flame retardancy with excellent fire resistance.
Asbestos-free and free of toxic substances generated during production, use and disposal. Environmentally friendly and reusable.
Lightweight and high strength, which contributes to building weight reduction and improves earthquake resistance.
Made from Portland cement, high purity quartz sand and minerals that are resistant to mould or bacteria growth.
Easy to decorate with different materials such as paint, wallpaper, tiles, stones, etc.
High durability thanks to inorganic tile composition.
Easy to build with common raw materials, reducing construction time and labour costs.
The Garret plate is made of a silicon- and lime-rich material, which produces stable Tobermorite crystals at high temperatures and
under pressure. Corrosion-resistant and, due to their composition, long life.
The strength of Garret Boards is 212 Mpa.
The density ranges from 1.2 g/cm3 to 1.4 g/cm3. Weighs only 20 to 40 kg per square metre. This does not affect the load-bearing capacity of the building frames or walls.
Garret Boards have a level A1 non-combustibility (GB 8624-2006). produces little or no toxic fumes or toxic substances in the event of fire. Ensures the safety of people during a fire compared to traditional wood products.
Garrett tiles have better water and moisture resistance than wood products. they are suitable for high humidity environments. Garret tiles are resistant to expansion and deformation caused by moisture.
If you would like more information or advice, please contact us and we will help you find the right solution.