Woven Geotextile is a material that plays an important role in engineering protection and construction. It is made through a special weaving process and has high strength, durability and versatility, and is widely used in various civil engineering projects.
1. Material properties
High strength: Woven Geotextile has high tensile strength and tear resistance, can withstand large mechanical stress, and adapt to complex geological conditions.
Durability: The material has been specially treated and has excellent aging resistance, corrosion resistance and UV resistance, and is not easily damaged after long-term use.
Water permeability: Woven Geotextile has good water permeability, can effectively remove moisture from the soil, and promote the effective operation of the drainage system.
Porous structure: The porous structure of the material is conducive to the fixation of soil particles and the growth of plant roots, and promotes the ecological restoration of the soil.
2. Application areas
Road and railway engineering:
Roadbed reinforcement: used for the laying of road and railway roadbeds to enhance the stability of the roadbed and prevent settlement and cracks.
Drainage system: As a material for drainage layer, it helps to quickly drain rainfall and groundwater and reduce road surface water.
Water conservancy projects:
River embankment and reservoir protection: used for slope protection and retaining walls of river embankments and reservoirs to enhance structural stability and prevent soil erosion.
Channel lining: As an anti-seepage material for channels, it reduces water resource loss and improves water utilization efficiency.
Environmental and ecological engineering:
Landfill: used for covering and anti-seepage of landfills, reducing the spread of pollutants, and protecting groundwater and soil.
Ecological restoration: promote plant growth, restore degraded land, and achieve the goal of ecological sustainable development.
Mines and quarries:
Slope protection: used for slope protection in mines and quarries to prevent landslides and collapses and ensure operational safety.
Yard covering: covering ore and waste yards to reduce the spread of dust and pollutants and improve environmental quality.
3. Construction and installation
Laying method: According to the project requirements, Woven Geotextile can be laid flat, folded or overlapped to ensure effective coverage and connection of the material.
Fixing and connection: Use special nails, clamps or stitching technology to fix Woven Geotextile on the base to ensure the stability and integrity of the material.
Construction conditions: During the construction process, attention should be paid to material protection to avoid mechanical damage and ultraviolet exposure to ensure the integrity and service life of the material.
4. Economic and environmental benefits
Cost-effectiveness: Compared with traditional engineering materials, Woven Geotextile has a lower unit cost and a longer service life, and the comprehensive economic benefits are significant.
Environmental benefits: The production and use of materials have little impact on the environment, reduce the consumption of natural resources, and comply with the principle of sustainable development.
As a pioneer in engineering protection, Woven Geotextile is widely used in various engineering projects such as roads, water conservancy, environment and mines with its advantages of high strength, durability, permeability and porous structure. It not only improves the stability and safety of engineering structures, but also brings significant economic and environmental benefits. 
