Name: High Strength PP Woven Geotextile Fabric
Availability: InStock

Woven Geotextile |What is Woven Geotextile Fabric?

A woven geotextile fabric, also known as a woven geo fabric cloth, is a planar, mesh-structured geosynthetic material. It is primarily manufactured from high-performance synthetic fibers (polypropylene, polyester, or polyethylene) using industrial looms. These fibers, arranged as perpendicular warp and weft yarns, are interwoven following specific patterns, similar to traditional weaving but demanding far superior strength and durability. This type of geo textile material is typically supplied in rolls, with width and length customizable for project needs.

Core Characteristics and Advantages

1.High Strength & Low Elongation: The interlocking yarn structure provides exceptional tensile strength, modulus, and tear resistance with minimal deformation under load, effectively distributing and transferring stress—its most prominent feature.

2. Superior Separation Function: It acts as an excellent **geotextile separator**, reliably preventing the intermixing of dissimilar soil materials (like soil, sand, aggregate, concrete), thus maintaining the integrity and function of each layer.

3. Filtration & Drainage Performance: By precisely controlling the yarn density and pore size, this geotextile filter fabric or filter fabric allows fluid (water) passage while preventing excessive soil particle loss, serving as an effective filter and lateral drain.

4. Reinforcement & Stabilization: Its high strength enables it to be embedded within soil masses, sharing stresses through friction and restricting lateral movement. This geotextile soil stabilization capability significantly enhances overall soil stability, bearing capacity, and deformation resistance, crucial for soft ground treatment and reinforced earth structures.

5. Durability & Chemical Resistance: The synthetic geo fabric material resists corrosion from common soil chemicals, rot, and insect damage, ensuring a long service life when properly installed.

6. Structural Stability: The tight woven structure is less prone to clogging (blinding), and its performance remains relatively stable under varying pressures.

Primary Applications

Leveraging these properties, woven geotextile fabric is extensively used in:

Transportation Engineering: Widely specified as geotextile fabric for roads, it is used for base reinforcement, separation, and drainage in highways, railways, and airport runways—particularly for soft soil stabilization, subgrade reinforcement, and slope protection. It is a fundamental road fabric or road cloth component.

Hydraulic Engineering: Reinforcement and filtration layers for dams, riverbanks, and seawalls; protection for drainage ditches and culverts; as a protective layer for impermeable systems in reservoirs and canals.

Geotextile Drainage Fabric & Environmental Engineering:Used as drainage geotextile in landfill and tailings pond base reinforcement, leachate collection system protection, and for revetments in artificial lakes and landscape water features.

Port & Coastal Engineering: Soft ground treatment behind quay walls, and reinforcement/filtration for breakwaters and revetments.

Other Applications: Reinforcement for temporary construction access roads, rapid deployment in military engineering, and any scenario requiring high-strength planar reinforcement.

Installation Considerations

Key installation points include:

Proper storage to prevent UV degradation.

Preparing a smooth, clear subgrade free of sharp protrusions.

Installing the woven geotextile fabric flat, taut, and without folds.

Ensuring secure overlaps or seams for joining sections.

Promptly covering with fill material to avoid prolonged UV exposure and preventing construction machinery from directly operating on unprotected geotextile fabric.

Packing And Delivery