In large and small engineering projects, there is one material that carries the important mission of building the world with its low profile - geotextiles, a water-permeable geosynthetic material made from synthetic fibers through textile or non-textile processes.
The unique properties of geotextile make it a key technical means to solve the shortage of mechanical properties of natural materials such as soil and rock. Its efficient water management capabilities, combined with high tensile strength, play a decisive role in a variety of applications such as seepage prevention, drainage, isolation and reinforcement. From highway infrastructure to environmental protection in landfills, whether it is the strengthening of airport runways or the protection of tunnel linings, it can be found everywhere.
In terms of advantages, geotextile has the advantages that traditional building materials do not have: light and easy to install; Strong corrosion resistance and chemical stability; The maintenance cost is low and the construction efficiency can be significantly improved. Moreover, with the progress of science and technology, new composite geotextiles are constantly being developed to adapt to more demanding and complex engineering needs.
As an indispensable part of the engineering field, geotextiles are continuously affecting the development of modern society.
