In various engineering projects, geosynthetic membranes are used as high-quality geosynthetic materials. However, high-quality geosynthetic membranes can not only resist various complex stresses, but also ensure their long-term use under various natural factors. So how can the service life of geosynthetic membranes be extended?

Firstly, geotextile membranes are used in channel anti-seepage engineering. As an inherent characteristic of polymer materials, they cannot be completely eliminated, but effective measures can be taken to extend their service life.

On the one hand, adding anti-aging agents to the raw materials of geosynthetic membranes can suppress the effects of external factors such as light, oxygen, and heat on the materials. If anti-aging agents are not added, corresponding measures should be taken during the construction process of geosynthetic membranes to minimize the exposure time of the materials to sunlight, and cover them with rock, soil, or deep water.

In civil engineering and water conservancy projects, complex terrain and harsh geological and environmental conditions are often encountered, which can have a significant impact on the lifespan of the project. However, geotextile membranes can not only extend the lifespan of civil engineering, shorten construction time, save raw materials, but also reduce construction costs.

Anti seepage geotextile membrane is a polymer copolymer material with extremely low water vapor permeability coefficient, which is why it has excellent anti-seepage ability and is a product of modern technology.

It is widely used and promoted in fields such as reservoir embankments, waste disposal sites, waste landfills, transpiration ponds, industrial and mining industries, abandoned mines, artificial lakes, reservoirs, fish ponds, etc. It is a highly ambitious new anti-seepage geotechnical material.