1. The glass fiber geogrid has high tensile strength and low elongation: the tensile strength can reach 100 kN/m, with a break elongation of about 3%.

2. The glass fiber geogrid has no long-term creepage: The glass fiber geogrid does not creep, ensuring the product's long-term use.

3. High-Temperature Stability: The melting point of the glass fiber geogrid exceeds 1000°C, and it remains unaffected by hot铺设 asphalt concrete at 160°C.

4. Geotextile格栅 with road mixtures exhibits excellent compatibility: After being treated with an organic coating on the surface, the glass fiber geotextile has good compatibility with the organic components of concrete mixtures (especially good compatibility with asphalt materials), thereby improving the disadvantages of the glass fiber geotextile being non-abrasive and non-flexible.

5. Chemical Stability of Glass Fiber Geogrid: After special treatment, the glass fiber grid can prevent various chemical attacks, resist biological erosion, and withstand climate changes.

6. The Locking and Restraining Function of Geogrids Made of Glass Fiber: The asphalt concrete mixture passes through the structure of the glass fiber geogrid, forming a composite locking structure. This restraint prevents the movement of the concrete mixture, allowing for better compaction of the asphalt concrete mixture, achieving greater load-bearing capacity, enhancing the transfer of load, reducing deformation, and strengthening the asphalt concrete pavement. This is akin to adding rebar to concrete, turning it into a monolithic structure and serving as a framework in the road overlay.