Fiberglass Geogrid is a high-performance reinforcement material specifically developed for asphalt pavement strengthening and infrastructure durability improvement. Manufactured using alkali-free glass fiber yarns and advanced warp knitting technology, it forms a stable mesh structure that provides superior tensile strength and extremely low elongation.

One of the most significant advantages of fiberglass geogrid is its ability to effectively reduce reflective cracking in asphalt layers. When installed between pavement layers, it absorbs and redistributes stress caused by traffic loads and temperature fluctuations. This helps prevent cracks from propagating to the surface, extending the service life of roads and reducing maintenance costs.

The product is coated with bitumen or polymer to enhance bonding with asphalt mixtures. This ensures excellent adhesion, allowing the geogrid to integrate seamlessly into the pavement system. Its high temperature resistance makes it suitable for hot asphalt applications without deformation.

Fiberglass geogrid is widely used in highways, airports, municipal roads, and industrial pavements. It is also an ideal solution for pavement rehabilitation projects, where it significantly improves structural performance without increasing layer thickness.

We specialize in manufacturing high-quality geosynthetics with strict quality control systems. Our fiberglass geogrid is produced using premium raw materials and advanced coating technology, ensuring consistent performance in demanding environments.

We offer flexible customization including strength grades, mesh sizes, and roll dimensions to meet different project requirements. Our experienced technical team provides installation guidance and project recommendations, helping clients achieve optimal results.

With strong export experience and reliable logistics support, we ensure fast delivery and stable supply for global infrastructure projects.

Q: What makes fiberglass geogrid better for asphalt reinforcement
A: It has very low elongation and no creep, ensuring long-term stability.

Q: Can it withstand high temperatures
A: Yes, it performs well in asphalt paving conditions.

Q: Is it suitable for road rehabilitation
A: Yes, it is widely used to prevent reflective cracking in overlays.