Thin Stone For Interior Walls

Thin Stone For Interior Wall is a natural or artificial stone product used for interior wall decoration. It is thin and light, easy to install and transport, and maintains the natural texture and aesthetic effect of the stone. Common thin stone includes thin marble, granite, slate, sandstone, etc. There are also some composite thin stone products, such as stone and aluminum honeycomb composite materials.

Advantages

1. Lightweight
The thin stone for indoor walls we produce is only 3-8mm thick, and the weight per square meter is controlled between 8 and 18 kilograms, which is only less than 30% of traditional stone. This substantial weight reduction not only reduces the burden on the building structure, but also makes it easier to carry and operate on site, which can effectively improve construction safety and efficiency.

2. Real stone feel
Despite the thin thickness, we use natural stone slicing technology or high-precision 3D texture printing technology to make the surface of the thin stone still have the texture characteristics and color details of natural stone. Each piece of thin stone can show a real stone texture, and when used in background walls, TV walls, elevator rooms and other spaces, it can bring good decorative effects.

3. Energy saving and environmental protection
The processing of thin stone reduces more than 70% of raw material waste. At the same time, due to the light weight of the product, the transportation volume per vehicle is increased by 2 to 3 times, which significantly reduces fuel consumption and carbon emissions during transportation. Overall, the carbon emissions per unit product are reduced by about 60%, while maintaining functionality and decorativeness, in line with the current concept of green building and sustainable development.

4. Strong adaptability
Thin stone has good adaptability to the base layer and can be directly pasted on the surface of cement walls, gypsum boards, aluminum honeycomb boards, PVC boards, wood boards and other materials. In terms of design, it can also be applied to complex structures such as curved walls, corners, and columns, providing greater design flexibility.