Geotextile:
This product has excellent water permeability, filtration and durability, and can be widely used in railway, highway, sports hall, dam, hydraulic construction, Suidong, coastal mudflat, reclamation, environmental protection and other projects. There are mainly short fiber needle punched non-woven geotextiles and split film machine woven geotextiles.
Performance:
Utilize the good breathability and water permeability of geotextiles to allow water flow through and effectively intercept sand and soil loss.
Geotextiles have good water conductivity, which can form drainage channels inside the soil and discharge excess liquid and gas from the soil structure.
Utilizing geotextiles to enhance the tensile strength and deformation resistance of soil, enhance the stability of building structures, and improve soil quality.
Effectively diffuse, transmit or decompose concentrated stress to prevent soil from being damaged by external forces.
Prevent mixing between upper and lower layers of sand, soil, and concrete.
The mesh is not easily blocked - the network structure formed by amorphous fiber tissue has strain and mobility.
High permeability - able to maintain good permeability under the pressure of soil and water
Corrosion resistance - using synthetic fibers such as polypropylene or polyester as raw materials, acid and alkali resistant, non corrosive, insect resistant, and antioxidant
Simple construction - lightweight, easy to use, and easy to construct
Product specifications and performance parameters:

1) The specifications are based on the mass per unit area. When the actual specifications are between adjacent specifications in the table, calculate the corresponding assessment indicators using interpolation method; When exceeding the range in the table, the assessment indicators shall be determined through consultation between the supply and demand parties.
2) Standard values according to design or protocol.
3) The above technical data is subject to change without prior notice.
4) We can produce other specifications of products according to user requirements.