Stone Cladding Tiles

Beata Ceramic provides latest selling stone cladding tiles, which is a premium decorative material specifically designed for building facades outside. Among our wide range of products, the "Terrazzo" series stands out as an excellent representative.

This series adopts inkjet technology to print vivid terrazzo patterns on the smooth tile body. Additionally, dry granules are added to create a rough texture on the tile surface. It not only boasts the aesthetic appeal of natural stone but also achieves an anti-slip rating of R11—making it suitable for both building exteriors and outdoor flooring.

Heat absorption performance

As outdoor stone wall cladding, our products are capable of absorbing heat, so they play a significant role in adjusting urban micro-climates. The tiles can absorb solar energy during the day, lower the surface temperature and reduce the "heat island effect" in cities. At night, the stored heat can be released slowly again, providing citizens with a warm and comfortable leisure environment.

The principle of this is that all our products are made from porcelain, which are mainly made of materials such as clay, feldspar, sand with recycled concrete, these materials conduct heat slowly.

Features & benefits

1.Natural Aesthetic Appeal – The "Terrazzo" series exterior wall stone tiles mimic the organic texture of natural stone.

2.High Durability – All of our tiles are made from premium-grade porcelain, so that they are resistant to cracking, fading, and weathering, ensuring long-lasting performance in diverse climates.

3.Low Maintenance – The smooth, water-resistant surface of our outdoor slate wall tiles prevents dirt accumulation and is easy to clean, reducing upkeep costs and effort.

Recyclable & chemical-free

By the way, the tiles are manufactured with sustainable practices, so they are recyclable and free from harmful chemicals. Choose us, you will not only obtain green and aesthetically pleasing buildings, but also contribute to the environmental protection of the Earth.