Chuzhou Glass Fiber Grid Specifications, Model Numbers, Construction Glass Fiber Grid Quotations, Glass Fiber Grid Prices, Glass Fiber Grid Specifications
Plastic geogrids are polymer meshes with square or rectangular patterns formed through stretching, which can be classified into unidirectional and bidirectional stretching based on the stretching direction during manufacturing. They are produced by punching holes in polymer sheets (typically made from polypropylene or high-density polypropylene) that have been extruded, with steel-plastic geogrids incorporating high-strength steel wires (or other fibers),
Treated and compounded with polyethylene (PE) and other additives, this extruded product forms a high-tensile, reinforced geotextile tape with a rough embossed surface. It features a long, elliptical, high-node-strength mesh structure with excellent overall integrity. This structure boasts a significant tensile strength and modulus, with our company's products exhibiting exceptionally high early-stage (elongation of 2% to 5%) tensile strength and modulus, surpassing international standards.
This soil provides an ideal force-bearing and diffusion连锁 system. The product has a high tensile strength (>150Mpa), adaptable to various soils, and utilizes reinforced materials. It is then subjected to directional stretching under heating conditions. From a single strip, it is woven or interleaved longitudinally and transversely at certain intervals, and formed by welding the junction points using a special reinforced bonding welding technique.
It is reinforced geogrid. Unidirectional geogrid is made by extruding and pressing high molecular polymer into a thin sheet, then punching regular holes, and finally stretching it longitudinally. This process aligns the high molecular polymer into a directional linear state, forming a unidirectional stretching geogrid that is stretched only along the length of the sheet, whereas bidirectional stretching geogrid is produced by further stretching the unidirectional geogrid perpendicular to its length.
