Waterproof and Fireproof Thin Grooves Granite Artificial Stone Veneer

His innovative veneer captures the classic aesthetic of granite with a textured, grooved finish, making it ideal for enhancing the internal and external walls of various structures, including schools, houses, and hospitals. Our proprietary manufacturing process ensures consistency in quality and appearance, delivering a superior material that combines elegance with high-level performance.
Our core commitment to engineering excellence is evident in the remarkable physical properties of this stone veneer. Weighing an impressively light 3-4 kg/㎡, it is an ideal choice for architectural structures requiring optimized load-bearing capacity, significantly reducing the stress on building foundations and walls. Furthermore, the material is engineered for resilience, featuring a double-layer strengthened mesh structure that provides strong crack prevention capabilities. This flexible design enhances the material's adaptability, allowing it to conform effectively to various surfaces while ensuring long-term structural integrity.
The superior protective features of this veneer ensure longevity and safety. It boasts excellent fire resistance to meet stringent building safety standards and offers strong water resistance, effectively preventing moisture penetration to maintain structural stability. Maintenance is simplified due to its powerful anti-fouling capability; the surface treatment makes it difficult for stains to adhere, facilitating easy cleaning. The veneer also exhibits strong anti-impact properties, minimizing physical damage from accidental collision.
We guarantee exceptional durability and protection against environmental degradation. The veneer is highly resistant to aging, ensuring a long service life with minimal degradation over time. Crucially, it features a specialized UV-blocking coating, achieving a high UV blockage rate of 99.1%. This feature protects both the veneer itself and the underlying wall structure from the damaging effects of solar radiation, ensuring the material remains a durable, weather-resistant, and aesthetically pleasing finish for years to come.