1. Remove excess glue to optimize product weight and subsequent processing effects
During the dipping process, the geogrid will absorb a certain amount of glue, but not all of it is necessary. Excess glue will increase the weight of the product and may also affect the subsequent drying and shaping effects. The excess glue can be removed through the extrusion process of the Fiberglass Geogrid Equipment. The Fiberglass Geogrid Equipment will apply a certain amount of pressure to the geogrid after dipping to squeeze out the excess glue. This reduces the weight of the product and avoids the problem of local overdrying or overwetting that may occur during the subsequent drying and shaping process. The extrusion process can also ensure that the glue is evenly distributed on the surface of the geogrid, improving the quality and performance of the overall product.
2. Enhance structural stability, improve strength and durability
The extrusion process of the Fiberglass Geogrid Equipment can remove excess glue and enhance the structural stability of the geogrid. During the extrusion process, the glue is evenly distributed between the fibers of the geogrid to form a tight network structure. This structure significantly improves the strength and durability of the geogrid. The evenly distributed glue can better bond the fibers, so that the geogrid can maintain good adaptability under various environmental conditions. The extrusion process is of great significance to ensure the structural stability and performance of the product.
3. Provide a good foundation for drying and shaping to ensure the final quality
The glue on the surface of the geogrid after extrusion treatment of Fiberglass Geogrid Equipment is evenly distributed, which provides a good foundation for the subsequent drying and shaping steps. During the drying process, the evenly distributed glue helps to avoid local over-drying or over-wetting, ensuring the uniformity and consistency of the entire drying process. During the shaping process, the evenly distributed glue is conducive to forming a stable structure and avoiding deformation or unevenness. The extrusion process provides a good foundation for the subsequent drying and shaping steps, and also ensures the excellent quality of the final product.