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This product boasts high tensile strength (>150Mpa), suitable for various soils, and utilizes reinforced strengthening materials. As the polymer高分子 in the plastic geogrids reorients during the heating and stretching process, it strengthens the intermolecular bond, thereby enhancing its strength.Suitable for large-area single-way geogrids are formed by high polymer polymers extruded into thin plates and then punched into regular perforated meshes, followed by longitudinal stretching. This process orients the high polymers into linear states, forming a uniformly distributed, high-node-strength long elliptical mesh structure. This structure boasts high tensile strength and modulus, especially our company's products which exhibit ultra-international levels of early-stage (elongation of 2% to 5%) tensile strength and modulus.The soil is provided with an ideal force-bearing and diffusing连锁 system. Its elongation rate is only 10% to 15% of the original sheet material. By adding carbon black and other anti-aging materials to the geogrid, it can achieve good durability against acids, alkalis, corrosion, and aging. The bidirectional geogrid is made by extrusion, sheet formation, punching, and then stretching both longitudinally and laterally using high molecular polymer materials. This material has high tensile strength in both directions, and this structure can also provide an effective force-bearing and diffusing连锁 system in the soil. Plastic geogrids are stretched to form square or rectangular polymer meshes, and can be either unidirectional or bidirectional stretching depending on the stretching direction during manufacturing.It involves punching holes into polymer sheets (usually made of polypropylene or high-density polypropylene) that have been extruded and then stretched in a directional manner under heat. Single-stretch mesh is stretched only along the length of the sheet, whereas bi-directional stretch mesh is made by further stretching the single-stretch mesh perpendicular to its length.