Bathroom industry

Bathroom industry


Artificial stone is a composite material made of resin, aluminum powder, pigment, and curing agent, widely used in the construction and decoration industry.


Artificial stone is a composite material made of resin, aluminum powder, pigment, and curing agent, widely used in the construction and decoration industry. It has multiple functions, rich colors, and a wide range of applications. Compared with traditional building materials such as stainless steel and ceramics, artificial stone is non-toxic and non radioactive. It has the characteristics of flame retardancy, non stick oil, non leakage, antibacterial and mildew resistance, wear resistance, impact resistance, and is easy to maintain.
Artificial stone bathtub is a modern bathroom product that originated in Italy. Due to its complex manufacturing process and multiple advantages, it has gradually become a new favorite in the bathroom industry. The artificial stone bathtub is mainly made of environmentally friendly transparent resin, glass beads, aluminum powder and other materials through mixing, casting, splicing, and polishing. Different colors can be mixed to make its appearance beautiful and generous.
Material and Manufacturing Process
The materials of artificial stone bathtubs mainly include the following:
Pure acrylic: made of PMMA (polymethyl methacrylate), formaldehyde free, high density, strong stain resistance, high hardness and strength, good weather resistance, acid and alkali corrosion resistance, slow aging, not easily discolored or yellowed, with a long service life.
Composite acrylic: made mainly of unsaturated resin and mixed with fillers such as aluminum hydroxide, with high cost-effectiveness and a service life of about 5-8 years.
Calcium powder polyester: cheap but poor material, easy to scratch and difficult to repair.
KUKE's high-performance colorants, mold materials, and professional team inject continuous power and technical support into the transformation and upgrading of the artificial stone industry.