Silicon Crystal Mesh

Alkali-Free Fiberglass as the Main Material

Silicon Crystal Mesh uses alkali-free, untwisted fiberglass roving as its primary raw material. Fiberglass is mainly composed of inorganic materials such as silicon dioxide and offers high strength, low elongation, good thermal stability, and strong resistance to physical and chemical degradation.

Unlike conventional metallic reinforcement materials, fiberglass is a non-metallic material that does not rust. This makes Silicon Crystal Mesh suitable for applications where long-term stability, lightweight construction, and compatibility with pipes or concrete structures are important.

Specialized Manufacturing Process

The manufacturing process starts with natural crystal quartz, which is melted at high temperature and drawn into continuous fiberglass yarn. The fiberglass yarn is then processed through a specific weaving method to create a uniform mesh structure.

After weaving, the mesh undergoes a special coating treatment. The coating improves the bonding performance between the mesh and construction materials and helps the mesh maintain stable performance in concrete and other building environments.

The combination of fiberglass raw materials, controlled weaving, and surface coating gives Silicon Crystal Mesh a stable structure and allows it to function effectively as a reinforcement layer.

High Tensile Strength and Low Elongation

Made from fiberglass, Silicon Crystal Mesh has strong resistance to deformation and excellent tensile strength. Its elongation at break is less than 3%, allowing it to maintain dimensional stability under stress.

No Long-Term Creep

Fiberglass does not undergo long-term creep, allowing Silicon Crystal Mesh to maintain stable performance over extended periods of use.

Excellent Thermal Stability

The melting temperature of fiberglass is above 1000°C, providing Silicon Crystal Mesh with excellent thermal stability and allowing it to maintain stable performance in heated environments.

Excellent Compatibility with Concrete

The coating material applied during the post-treatment process is specifically designed for concrete mixtures. This allows Silicon Crystal Mesh to bond firmly with concrete and form an integrated reinforcement structure.

High Physical and Chemical Stability

Silicon Crystal Mesh can resist various forms of physical wear and chemical erosion. It also provides resistance to biological erosion and changes in climatic conditions, helping maintain stable performance in different environments.

Aggregate Interlocking and Restraining Effect

The mesh structure allows aggregates in concrete to pass through the mesh and form mechanical interlocking. This restricts aggregate movement and helps improve the compactness and load-bearing capacity of concrete.

Environmentally Friendly and Safe

Silicon Crystal Mesh is made from naturally sourced materials and does not cause pollution during normal production and use. As a non-metallic material, it also avoids the risks of rusting and scratching or damaging pipes.

Excellent Crack Resistance

Its mesh structure helps distribute floor stress and effectively reduces the risk of cracking in underfloor heating floors. According to the provided data, it can reduce the cracking rate of underfloor heating floors by more than 70%.

Uniform Heat Conduction

Silicon Crystal Mesh has a high degree of integration with concrete, improving heat transfer efficiency by approximately 30%. It helps avoid localized overheating and promotes a more even distribution of indoor temperature.

Convenient Installation

Silicon Crystal Mesh can be freely cut and adjusted according to installation requirements. Its clearly defined mesh structure makes positioning and installation easier and can improve installation efficiency by approximately 50%.