TrueStone Litaec Stone is characterized by high-strength white cement as the main binder, mineral fine aggregates, stone aggregates, and standard mold forming technology. Its application range is wide, suitable for construction and municipal projects. TrueStone Litaec Stone is a type of decorative PC component. Due to its excellent plasticity and expressiveness, it is widely used in municipal landscapes, urban furniture, and architectural exterior finishes. It is an ideal green building material, customizable in shape, texture, and color.
True Stone Litaitech features minimal color variation and can be customized in other colors upon customer request. Its molding capabilities are extensive, catering to designers' diverse shapes. High weather resistance ensures it withstands outdoor climates, with a long service life.
Mechanical properties of Genuine Stone Litaico Stone
Glossiness: 60-95
(2) Compressive Strength (N/cm²): > 2744
(3) Flexural Strength (N/cm²): > 490
(4) Strength: Over 75-100#
(5) Abrasion Resistance: No visible wear at over 8,000 RPM at 500g
Dustiness: <1mg/cm²
The innovative inorganic genuine stone Litaico system offers flexible artistic designs, providing design space for creativity. The mature and stable materials and processes of the inorganic terrazzo lay a solid foundation for quality in the market.
The New StoneLite Technology System includes: StoneLite Technology flooring, walls, stairs, steps, benches, landscape planters, etc.
The three key elements of the Genuine Stone Litaico Stone System: materials are the foundation, design is the highlight, and construction is the key.
In the US, Laitaike Stone, as a mature product, has been applied in public commercial places such as airports, malls, and schools. In China, over the past few years, the new Laitaike Stone, as part of commercial flooring, has garnered significant attention from all sectors. The polymer-based new Laitaike Stone has resolved the issue of easy cracking in inorganic adhesive materials, while also improving the decorative effects of inorganic materials and enhancing the ease of spreading coarse and fine aggregates. It has formed a complete system of the new inorganic Laitaike Stone, encompassing materials, design, technology, and construction.
