Product Brief Introduction: Our customized high-strength Woven Geotextile is a high-end industrial-grade geosynthetic material designed for heavy-load, extreme environment and high-standard engineering projects. Adopting imported high-purity polymer raw materials and precision dense weaving technology, the product has passed international geotechnical material standard certification. It is specially customized for super-large infrastructure, extreme geological environment and long-life engineering projects, providing ultra-stable and long-lasting geotechnical protection.
Core Product Features: It achieves ultra-high tensile strength and ultra-low elongation, with strong resistance to heavy load and structural deformation, suitable for high-pressure foundation engineering. The upgraded UV anti-aging formula enables long-term stable use in outdoor open-air and strong sunlight environments without aging and failure. It has super strong chemical stability, resisting erosion of strong acid, strong alkali, salt water and industrial sewage, adapting to extreme harsh geological environments. The precise pore structure ensures uniform filtration and drainage, no blockage and no water accumulation. Meanwhile, it supports full-size personalized customization, including width, length, weaving density, tensile grade and anti-aging grade, to meet personalized engineering standards.
Wide Application Uses: It is dedicated to high-standard key projects such as expressway trunk lines, high-speed railway subgrade, and large airport infrastructure construction. It is applicable to large-scale water conservancy hubs, sea reclamation projects, coastal tide-proof slope protection, and deep reservoir dam reinforcement. It serves high-standard environmental protection projects such as large industrial landfills, mine tailings pond anti-seepage and anti-leakage projects. In addition, it is suitable for long-term protection of engineering projects, bridge foundation, and tunnel surrounding rock stabilization projects.
Installation & Usage Method: Conduct professional base detection and leveling before construction to ensure the foundation bearing capacity meets the design standard. Lay the customized geotextile in strict accordance with the engineering design drawing, adopt mechanical auxiliary laying to ensure uniform tension and flat paving. Use professional hot-melt welding process for lap joints to realize seamless splicing and improve overall structural integrity. Adopt high-strength special fixing parts for edge fixing and anchor reinforcement for slope laying. After laying, conduct professional pressure test and water permeability test to ensure construction quality. Carry out protective covering and subsequent engineering construction after passing the inspection.