Between architecture and nature, there is always a kind of balance, like the sound of the wind passing through the cracks in the stones—stable, solid, yet warm.
What are the features of Huangshan Stone Porcelain Tiles' "Thick Plate Stone Tile 2.0 Series"?
Unlike ordinary floor tiles, the thick slab tiles have a thickness of 20mm, which brings structural safety and long-lasting durability. Their bending failure strength is more than three times that of natural stone, making them stable and resistant to deformation even when laid for a long time in garden paths, terraces, by swimming pools, or in commercial atriums. The slip resistance coefficient C.S.R ≥ 0.75 meets the regulations for outdoor flooring use without rain cover, allowing people to walk safely and steadily whether barefoot or wearing shoes.
▲ Make the surface safer and maintenance easier.
Texture and practicality are no longer a choice.
The Huangshan Stone team integrates slip resistance, stain resistance, and wear resistance directly into the tile surface using "wear-resistant glaze technology," eliminating the reliance on traditional chiseled surface methods. This design not only enhances the surface's delicacy but also addresses the issues of traditional stone slabs being difficult to clean and having non-durable slip resistance. The surface structure is stable, with extremely low water absorption, allowing it to remain clean and stable even in humid climates. Such tiles require minimal maintenance while coexisting with the space for a long time.
▲Flexible sizes, realistic textures, and unrestricted design freedom.
From structure to aesthetics, from craftsmanship to touch, every detail is born for design.
The Thick Plate Stone Tile 2.0 Series offers three sizes: 120×60cm, 60×60cm, and 60×30cm, which can be flexibly applied to floor laying, raised flooring, or wall hanging. When thickness transforms into a stable foundation, texture becomes the language of the space, and Huangshan Stone Thick Plate Tiles redefine "the contemporary interpretation of natural materials" in modern architecture.
