PU Stone, also known as Polyurethane Stone, is an artificial decorative stone product made from polyurethane material. It is produced through the reaction of organic diisocyanate or polyisocyanate with dihydroxy or polyhydroxy compounds, creating a material that is lightweight, durable, and practical for decorative wall applications.
Polyurethane has a wide range of industrial and decorative uses because it can replace materials such as rubber, plastic, nylon, and other conventional products. In wall decoration, PU Stone offers the visual appeal of natural stone while overcoming many of the limitations of traditional stone materials, such as heavy weight, difficult handling, and more complicated installation work.
PU Stone is designed to replicate the texture, depth, and natural rugged beauty of real stone, making it suitable for both residential and commercial decorative spaces. Compared with real stone, it is much lighter, easier to transport, simpler to install, and more efficient for renovation and interior finishing projects.
With its 35mm thickness, this panel provides a stronger three-dimensional stone effect and a deeper textured appearance, helping to create a bold, premium, and natural-looking wall finish. It is ideal for applications such as feature walls, wall cladding, façade decoration, columns, reception areas, shop lots, cafés, restaurants, hotels, and architectural accent surfaces.
Features:
-
Made from durable polyurethane material
-
Artificial stone panel with realistic stone texture
-
Lightweight and easier to handle than natural stone
-
Easier to cut, transport, and install
-
Thick 35mm profile for stronger 3D wall effect
-
Suitable for residential and commercial use
-
Practical alternative to traditional heavy stone materials
-
Creates a bold and premium decorative stone-look finish
Specifications:
-
Product Type: PU Stone / Polyurethane Stone
-
Material: Polyurethane
-
Size: 597mm (L) x 1200mm (W)
-
Thickness: 35mm
-
Application: Decorative wall cladding / feature wall / architectural accent surface