• Bassin Géomembrane High Strength Road & Landfill Constructions Tri-Dimension Compound Geonet for Drainage, Filtration System 1
  • Bassin Géomembrane High Strength Road & Landfill Constructions Tri-Dimension Compound Geonet for Drainage, Filtration System 2
  • Bassin Géomembrane High Strength Road & Landfill Constructions Tri-Dimension Compound Geonet for Drainage, Filtration System 3
  • Bassin Géomembrane High Strength Road & Landfill Constructions Tri-Dimension Compound Geonet for Drainage, Filtration System 4
Bassin Géomembrane High Strength Road & Landfill Constructions Tri-Dimension Compound Geonet for Drainage, Filtration

Bassin Géomembrane High Strength Road & Landfill Constructions Tri-Dimension Compound Geonet for Drainage, Filtration

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1000 m²
Supply Capability:
900000 m²/month

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Tri -dimension composite geonet  / geonets and geocomposites

 

Be made of tri-dimension geonet coated geotextile on both sides, has the property of geotextile (filtration) and geonet (drainage and protection), and has the complete function of "filtration--drainage-- protection"

 

 

Application

 

landfill drainage 

 

hignway roadbed

 

railaway drainage

 

tunnel drainage

 

underground structure drainge

 

retaining walls drainage

 

garden and playground drainage 

 

Feature 

 

- stronger drainage function and can bear high press load for a long time 

 

- high tensile strength and shear strength

 

- keep stable water conductivity 

 

- can bear compression load of more than 2000kpa

 

-  larger anti-compression capacity than common geonet 

 

Tri-dimension composite geonet technical specifications

 

Tri-dimension Compound Geonet /plastic drainage matting



High strength road & landfill constructions tri-dimension compound geonet for drainage,filteration,





Q: The pool of the soil, the loss and the number of lap
3-5%,
Q: What are the design considerations for geomembranes in landfill construction?
Some of the key design considerations for geomembranes in landfill construction include selecting a geomembrane material that is chemically resistant to prevent leakage of hazardous substances, ensuring proper thickness and strength to withstand the weight of waste and environmental factors, considering the installation process to minimize damage and ensure proper seam integrity, and incorporating proper slope and anchorage design to prevent geomembrane movement. Additionally, considerations for long-term durability, monitoring systems, and maintenance should also be taken into account during the design process.
Q: PDHE impermeable membrane in what season can not be built
Is HDPE geomembrane. Preferably in more than 4 degrees of environmental construction. Geomembrane requirements of the temperature tolerance is minus 77 degrees, but the winter temperature below zero temperature affect the quality of welding.
Q: What are the advantages of using geomembranes in radioactive waste disposal?
One of the main advantages of using geomembranes in radioactive waste disposal is their ability to provide a strong and impermeable barrier. Geomembranes are engineered to be resistant to chemical degradation and have low permeability, which effectively prevents the migration of hazardous radioactive materials into the surrounding environment. Additionally, geomembranes are flexible and can conform to the contours of the waste disposal site, ensuring complete coverage and reducing the risk of leakage or seepage. This helps to minimize the potential for groundwater contamination and further protects the environment and public health. Moreover, geomembranes offer durability and long-term performance, even in harsh environmental conditions. They can withstand extreme temperatures, UV radiation, and mechanical stresses, ensuring the integrity of the waste disposal system over time. Furthermore, using geomembranes in radioactive waste disposal facilitates easy monitoring and maintenance. Their smooth and uniform surface allows for efficient inspection and detection of any potential issues, enabling prompt corrective actions to be taken. Overall, the advantages of using geomembranes in radioactive waste disposal include the reliable containment of hazardous materials, reduced environmental impact, long-lasting performance, and enhanced monitoring capabilities, all of which contribute to safer and more effective waste management.
Q: What is the floor finishing protective film?
It's better to choose PVC plus knitting cotton as floor finishing protective film because of its good buffer capacity. EPE as wall packaging film is of super quality and competitive price. Transparent packaging film has long service life and can be recycled for 4-5 times.
Q: What if there is water during construction of geomembrane?
The main role of geomembrane on the road is water insulation, the part higher than the underground water level is isolated by geomembrane, and then backfill and grind, preventing the water through soil capillarity from soaking roadbed filler.
Q: How do geomembranes prevent seepage?
Geomembranes prevent seepage by acting as a barrier between the soil and the fluid, effectively reducing or eliminating the flow of fluids such as water or chemicals. The impermeable nature of geomembranes prevents seepage by creating a watertight seal, preventing the migration of fluids through soil pores or gaps in the barrier.
Q: How long can glass sound insulation film be used?
It usually can be used for around 1.2 years.
Q: Can seepage-proof geomembrane be used to do home decoration?
Relatively, the grade of home decoration materials are lower.

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