Project Type: Seepage Prevention Project

Location: Qinghai Province

The company's proprietary HDPE geomembrane, engineered for high-altitude environments, delivers exceptional tensile strength, puncture resistance, and puncture-breaking performance. It effectively resists penetration damage from hard salt crystals, forming the first line of defense against seepage. The surface features a specialized UV-resistant coating that safeguards against prolonged exposure to intense plateau ultraviolet radiation, ensuring long-term performance stability. Its superior dimensional stability addresses thermal expansion and contraction challenges caused by extreme diurnal temperature variations at high altitudes. This ensures seamless, aesthetically pleasing joints with secure adhesion, while significantly reducing substrate expansion loss. By preventing the propagation of micro-pores and cracks at their source, the geomembrane achieves high-standard, long-lasting waterproofing performance.

Project Type: Seepage Prevention Project

Location of the project: Tibet Autonomous Region

The Xizang Mining crystallization pond seepage prevention project, located in the global high-grade lithium salt lake Zabuye Salt Lake, is a key supporting project for lithium extraction from salt lakes. It not only ensures efficient production of lithium carbonate concentrate and prevents brine leakage to protect plateau ecology, but also sets a benchmark for seepage prevention in plateau salt lakes, providing replicable solutions for similar projects and assisting Xizang Mining in cost reduction, efficiency improvement, and green development. Our company undertakes the full-process service of geosynthetic material supply, installation, and maintenance for this project in the Jianye mining area, adopting high-altitude dedicated HDPE geotextile membranes. Their excellent tensile, puncture, and burst strength effectively resist damage from hard salt rocks, significantly extending the service life of the membrane materials.