2.0m Tpo Waterproof Membrane For Environmental Protection Engineering

Tpo Waterproof Membrane For Environmental Protection Engineering

Product Introduction

TPO waterproofing membranes for environmental protection engineering are mainly P products with extra-thick, high-strength fabric reinforcement, with mainstream thicknesses of 2.0mm and 2.5mm, a customized thickness of 3.0mm is available for some hazardous waste storage site scenarios. The product has specially enhanced chemical corrosion resistance, and is designed for anti-seepage and anti-pollution scenarios such as landf, sewage treatment plants, hazardous and solid waste storage sites, non-ferrous metal tailings, etc. On the basis of meeting the national standard GB 27789-2011, it also meets the high standards for-seepage materials in environmental protection engineering.

Product Features

The core advantage of this type of coil is its extremely resistance to strong acids and alkalis, and excellent corrosion resistance to various chemical media It can resist the erosion of landfill leachate, industrial wastewater, and hazardous waste media for a time, and will not be corroded or dissolved by chemical substances, ensuring long-term stable seepage prevention performance. Its punct resistance and tear resistance are far superior to those of ordinary waterproof coils, and it resist puncture damage by sharp hard objects during the stacking of garbage and solid waste, so will be no problem of seepage layer damage and leakage. At the same time, the weld strength of the seams of the coil is extremely high, the overall seepage prevention layer can form a completely continuous closed structure with almost weak points for leakage, effectively preventing pollutants from diffusing into the surrounding soil and groundwater.

performance metric

Application and Function

Its core function is to construct a fully sealed antiepage barrier for various pollutant storage and treatment scenarios, completely blocking the path of pollutants seeping into the to avoid soil and groundwater pollution. For domestic waste landfill scenarios, it is laid the bottom and slopes of the landfill, completely enclosing the landfill leachate within the anti-seepage to prevent leachate from seeping into the underground and polluting the surrounding water environment; For the regulating tank and biochemical tank scenarios of sewage treatment plants it can resist the long-term corrosion of various sewage and sludge, preventing sewage from seeping and polluting the surrounding; For hazardous waste and solid waste storage yard scenarios, its strong chemical corrosion resistance can meet the anti-seepage requirements of various hazardous wastes, reducing environmental risks.