PET Composite Geotextile
PET Composite Geotextile is a new type of geotextile material made by reinforcing high-strength polyester fibers (or synthetic fibers) with short fiber needle punched non-woven fabrics. This material combines the high strength of polyester fibers with the flexibility of needle punched non-woven fabrics, giving it excellent physical properties.
- YICHUAN
- SHANDONG
- 20Days
- 600 tons/month
- Information
Product Features
· High tensile strength: Polyester composite geotextile has high tensile strength, can withstand large external forces, and is not easy to break.
· Low elongation: Its elongation is low, which can maintain the stability and shape of the material unchanged.
· Uniform longitudinal and transverse deformation: Polyester composite geotextile has uniform deformation performance in the longitudinal and transverse directions, and can adapt to various complex engineering environments.
· High tear resistance: When external force is applied to tear the material, the yarn will gather along the initial crack, increasing the tear resistance.
· · Excellent wear resistance: It has excellent wear resistance and can maintain the integrity of the material for a long time.
· High permeability: It has good permeability, allowing water to pass through while blocking the loss of sand particles.
Product Features
· Reinforcement and stabilization effect: Polyester composite geotextile can transfer or distribute local stress on the soil to a larger area, stabilizing and limiting deformation and settlement of geotechnical engineering during long-term use.
· Isolation function: Use geotextile to isolate different geotechnical structural materials to form stable interfaces, so that they can play their respective characteristics and overall functions according to design requirements.
· Protective function: Polyester composite geotextile has good puncture resistance, therefore it has excellent protective performance.
· Drainage and filtration function: Geotextile can allow water to pass through while blocking the loss of sand particles. The geotextile is placed horizontally in the channel of flowing liquid with suspended particles to prevent fine mud particles and allow liquid to pass through.
