• Géomembrane Bassin TPO Geomembrane for Road, Railway, Highway, Tunnel System 1
  • Géomembrane Bassin TPO Geomembrane for Road, Railway, Highway, Tunnel System 2
  • Géomembrane Bassin TPO Geomembrane for Road, Railway, Highway, Tunnel System 3
Géomembrane Bassin TPO Geomembrane for Road, Railway, Highway, Tunnel

Géomembrane Bassin TPO Geomembrane for Road, Railway, Highway, Tunnel

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
-
Supply Capability:
5000rolls m²/month

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TPO  Geomembrane for Road Railway Highway Tunnel

Made of polyolefin based on the Xavan® Product.


Specification of  TPO Geomembrane for Road Railway Highway Tunnel

I. Thickness: 0.5mm
2.2m - 4m in roll width, the length as client ' s request
Property of Tpo Geomembrane for Road Railway Highway Tunnel
I. Light weight
2. Anti-aging, high strength and easy for construction
3. Good flexibility under temperature of -450C-950C
4. Excellent peel strength under low temperature

Application of TPO Geomembrane for Road Railway Highway Tunnel
I. Fish pond, stream, swimming pool
2. Aquiculture
3. Golf course, ski field, artificial la ke
4. Landfill, waste water treatment
5. Artificial wetland
6. Water conservancy project
7. M u nicipal p roject
8. Agricultu re (channel, irrigation la ke, methane to n k)
9. Reclaim land from the sea and Saline alkali soil improvement


Q: How do geomembranes perform in high chemical concentration environments?
Geomembranes perform well in high chemical concentration environments due to their excellent chemical resistance properties. They are designed to withstand exposure to a wide range of chemicals, including acids, bases, solvents, and other aggressive substances. The material used in geomembranes is impermeable to these chemicals, preventing any leakage or contamination of the surrounding soil or water. Additionally, geomembranes have high tensile strength and flexibility, allowing them to resist damage from chemical exposure and maintain their integrity over time. Overall, geomembranes provide effective containment and protection against high chemical concentrations in various environmental applications.
Q: Are geomembranes resistant to puncture?
Yes, geomembranes are designed to be puncture-resistant. They are typically made from durable materials such as high-density polyethylene or PVC, which provide excellent resistance against punctures from sharp objects or external forces. However, it is important to note that the level of puncture resistance may vary depending on the specific type and thickness of the geomembrane used.
Q: Are geomembranes resistant to animal waste?
Yes, geomembranes are generally resistant to animal waste. They are designed to withstand various environmental conditions, including exposure to animal waste, and are commonly used in agricultural, farming, and waste management applications to prevent leakage and contamination.
Q: Are geomembranes suitable for use in industrial waste management?
Yes, geomembranes are suitable for use in industrial waste management. They offer an effective barrier to prevent the leakage or seepage of hazardous materials into the environment. Additionally, geomembranes are durable, flexible, and resistant to various chemicals, making them a reliable choice for containing and managing industrial waste.
Q: How to make geomembrane inspection?
First laying: Overall consideration of reducing the seams and convenient construction, selecting the composite geomembrane of appropriate width, with single-sided margin of 10cm and neat scrapped edge. The debris on the ground should be cleaned up and the size, flatness and compactness of slope cutting site should be subject to the acceptance of supervising engineer before laying the geomembrane. Connection: Usually using sweat soldering method
Q: Landfill final cover system uses geomembranes (HDPE high-density polyethylene film). It has advantages and disadvantages.
at present, HDPE membrane is used to make closure material. HDPE film is anti piercing and anti aging. It is protective for it is of high density. the disadvantage is higher cost, easy aging in when exposed to sunlight, so it need covering by soil or geotextile.
Q: The concept of HDPE geomembrane
PE has excellent resistance to most living goods and industrial chemicals, relatively large use temperature range (-60---+60) and long service life (50 years). It is aging-resistant and can be used in artificial?lake seepage proof.
Q: What are the load-bearing capabilities of geomembranes?
Geomembranes have excellent load-bearing capabilities and can support significant amounts of weight. The exact load-bearing capacity depends on various factors such as the material type, thickness, and installation method. However, they are designed to withstand heavy loads, making them suitable for a wide range of applications, including containment systems, landfill covers, and pond liners.
Q: How to measure the loss of geomembrane joints and related specifications?
In general, the construction of the geotechnical membrane is mainly by welding, and the lap?width is confined to the requirements of the specification. According to the requirements of "the lap width of the sanitary landfill field seepage systems engineering and technical specifications CJJ113-2007 ", lap?width of geomembrane: sweat soldering: 100±20(mm) squeezing welding 75±20(mm). According to our factory's experience, in general, the overlap loss of the geomembrane is between the 5%-8%, that is, for each1000 square meters of geomembrane, the loss is 80 square meters to 50 square meters. Construction site whose environment is relatively simple can calculate the loss according to 5%, complex construction site can calculate the loss according to 8%.
Q: How are geomembranes used in geotechnical engineering?
Geomembranes are used in geotechnical engineering as a lining or barrier system to control the flow of liquids, gases, or contaminants in various construction projects such as landfills, ponds, reservoirs, and tunnels. They provide an impermeable barrier that prevents seepage and leakage, ensuring environmental protection and structural stability.

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