Essential details
Quantity(pieces):1
MOQ:3000
Size:L(3000)*W(200)*H(2.24) cm
Shipping:Express delivery, Air freight, Sea freight
Specification Number:5004
Package Description:In roll
Product Introduction
Product Introduction: of Geotextile Mat
1. Geosynthetic mat is a novel geosynthetic material fabricated by melt-fused random wire meshing. It exhibits high compressive strength and large porosity, with comprehensive water collection and horizontal drainage capabilities.
2. When combined with non-woven geotextile, the geotextile mat can effectively channel rainwater infiltrating through the soil cover layer or wastewater discharged from the stockpile itself beneath the buried closed cover layer. Leveraging its unique drainage function, the system ensures orderly discharge of these fluids through the interlayer of the geotextile mat in accordance with engineering requirements, preventing clogging. Therefore, it can avoid potential sliding problems caused by water saturation in the soil cover layer.
3. Geotextile mats not only facilitate drainage but also allow the release of biogas generated from fermentation in soil (particularly waste materials), making them particularly suitable for application in landfills.
4. When combined with HDPE, the geotextile mat also effectively protects the HDPE film from punctures.
Specifications and Performance of Geotextile Cushions:
The geotextile mats have a width of 100 cm to 200 cm, a thickness of 6 cm to 20 cm, and a compressive strength ranging from 80 to 500 kPa. Products with other specifications and performance can also be customized according to engineering requirements.
Function of geotextile mats:
When combined with non-woven geotextile, the geotextile mat can effectively channel rainwater infiltrating through the soil cover layer or wastewater discharged from the landfill itself beneath the buried closed cover layer. Leveraging its unique drainage properties, the system ensures orderly discharge of contaminants through the interlayer of the geotextile mat in accordance with engineering requirements, preventing clogging. Therefore, it can avoid potential sliding problems caused by water saturation in the soil cover layer. Geotextile mats not only facilitate drainage but also allow the release of biogas generated from fermentation in soil (particularly waste materials), making them particularly suitable for application in landfills. When combined with HDPE geomembrane, the geotextile mat also effectively prevents puncture damage to the HDPE membrane.
Applications of geotextile mats:
1. When combined with non-woven geotextile, the geotextile mat can effectively channel rainwater infiltrating through the soil cover layer or wastewater discharged from the stockpile itself beneath the buried closed cover layer. Leveraging its unique drainage function, the collected fluids are systematically discharged through the interlayer of the geotextile mat in accordance with engineering requirements, preventing clogging. Therefore, it can avoid potential sliding problems caused by water saturation in the soil cover layer.
2. Geotextile mats not only facilitate drainage but also allow the release of biogas generated from soil fermentation, making them particularly suitable for application in landfills.
3. When combined with HDPE, the geotextile mat also effectively protects the HDPE film from punctures.
1. Geosynthetic mat is a novel geosynthetic material fabricated by melt-fused random wire meshing. It exhibits high compressive strength and large porosity, with comprehensive water collection and horizontal drainage capabilities.
2. When combined with non-woven geotextile, the geotextile mat can effectively channel rainwater infiltrating through the soil cover layer or wastewater discharged from the stockpile itself beneath the buried closed cover layer. Leveraging its unique drainage function, the system ensures orderly discharge of these fluids through the interlayer of the geotextile mat in accordance with engineering requirements, preventing clogging. Therefore, it can avoid potential sliding problems caused by water saturation in the soil cover layer.
3. Geotextile mats not only facilitate drainage but also allow the release of biogas generated from fermentation in soil (particularly waste materials), making them particularly suitable for application in landfills.
4. When combined with HDPE, the geotextile mat also effectively protects the HDPE film from punctures.
Specifications and Performance of Geotextile Cushions:
The geotextile mats have a width of 100 cm to 200 cm, a thickness of 6 cm to 20 cm, and a compressive strength ranging from 80 to 500 kPa. Products with other specifications and performance can also be customized according to engineering requirements.
Function of geotextile mats:
When combined with non-woven geotextile, the geotextile mat can effectively channel rainwater infiltrating through the soil cover layer or wastewater discharged from the landfill itself beneath the buried closed cover layer. Leveraging its unique drainage properties, the system ensures orderly discharge of contaminants through the interlayer of the geotextile mat in accordance with engineering requirements, preventing clogging. Therefore, it can avoid potential sliding problems caused by water saturation in the soil cover layer. Geotextile mats not only facilitate drainage but also allow the release of biogas generated from fermentation in soil (particularly waste materials), making them particularly suitable for application in landfills. When combined with HDPE geomembrane, the geotextile mat also effectively prevents puncture damage to the HDPE membrane.
Applications of geotextile mats:
1. When combined with non-woven geotextile, the geotextile mat can effectively channel rainwater infiltrating through the soil cover layer or wastewater discharged from the stockpile itself beneath the buried closed cover layer. Leveraging its unique drainage function, the collected fluids are systematically discharged through the interlayer of the geotextile mat in accordance with engineering requirements, preventing clogging. Therefore, it can avoid potential sliding problems caused by water saturation in the soil cover layer.
2. Geotextile mats not only facilitate drainage but also allow the release of biogas generated from soil fermentation, making them particularly suitable for application in landfills.
3. When combined with HDPE, the geotextile mat also effectively protects the HDPE film from punctures.
