• 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:What's the installation method of the soft film ceiling?
The installation details of the decorated soft film ceiling: 1. First to go to the site to see if there is a condition of installing the keel: Look at the scene to make sure the wall is completed, and woodworking processing part is qualified, the area that need to be plastered should be completed first. First part plastering carpentry part we proposed must be in accordance with the requirements to do, to advance the processing of.2. entering the construction site conditions Licensor hole size lamp, air outlet, first part is fixed according to the design Aluminum Alloy keel keel carpentry requirements drawing well, attention must be right angle connecting to smooth, flat, dense.3. lamp holder, tuyere, light tube plate to and around the keel level, and firmly cannot swing can smooth.4. smoke, ceiling lamps, the first position to make a wooden frame, wooden frame the bottom surface should be polished, and pay attention to the level of height is too low, it is easy to show a trace of.5. before installing ceiling, carefully check the keel joints are solid and smooth, the spray head to stick on the white tape, an outlet should be well handled. When loading the smallpox to first from the middle to both sides of the fixed, while paying attention to size on both sides and pay attention to welding seam to the final straight angle position, pay attention to smooth. Around the well to the smallpox pruning removes. To perfect income effect on the edge. Turn on the light hole. To mark the position of the lamp hole , and carefully stick the PVC lamp ring carefully and accurately on the bottom of the soft film and then remove the excessive smallpox after it is firm. Find the position of the outlet and the light pipe handicap, just as the surroundings, to install the soft film to the aluminum alloy keel, pay attention to keep the angle be smooth.
Q:How do geomembranes prevent soil erosion?
Geomembranes prevent soil erosion by acting as a protective barrier between the soil and external factors such as water or wind. The impermeable nature of geomembranes prevents water from infiltrating the soil, reducing the chances of erosion caused by water runoff. Additionally, the geomembranes provide stability to the soil, preventing it from being displaced by wind or other forces.
Q:Can geomembranes be recycled?
Yes, geomembranes can be recycled.
Q:What are the requirements for geomembranes used in oil and gas storage tanks?
The requirements for geomembranes used in oil and gas storage tanks include excellent chemical resistance to withstand exposure to various hydrocarbons and chemicals, high tensile strength to withstand the weight of the stored liquids, low permeability to prevent leakage, and durability to resist degradation from UV radiation and harsh environmental conditions. Additionally, geomembranes used in these tanks should have the ability to be welded or seamed together to form a continuous barrier and should comply with industry standards and regulations for oil and gas containment.
Q:Can geomembranes be used in transportation infrastructure?
Yes, geomembranes can be used in transportation infrastructure. They are commonly used as liners for roads, highways, and railways to prevent water infiltration and soil erosion, enhancing the durability and longevity of the infrastructure. Additionally, geomembranes can be employed in construction projects to stabilize slopes and embankments, reducing the risk of landslides and maintaining the integrity of transportation systems.
Q:How to paste anti-explosion glass film?
The general membrane pasting process is as follows: For the architectural membrane, its surface is coated with a layer of water-soluble adhesive, and covered with a layer of transparent protective film. During construction, it is required to spray some clean water on the glass needing pasting film first, then tear off the transparent protective?film, and spray certain amount of clean water on the side coated with water-soluble adhesive. In this way, the architectural membrane will be pasted onto the glass. Scrape and press the outer surface of the membrane with a plastic scraper so as to remove the inside bubbles and excess water between the membrane and glass contact surface. After it is dried out, the architectural membrane will be able to be firmly adhered to the glass.
Q:How do geomembranes provide insulation in roofing systems?
Geomembranes provide insulation in roofing systems by acting as a barrier between the roof and the external environment. They are made of materials with high thermal resistance, such as PVC or EPDM, which help to reduce heat transfer and maintain a stable temperature within the building. Additionally, geomembranes can be installed with insulation layers underneath, further enhancing their insulating properties by preventing heat loss or gain through the roof.
Q:How do geomembranes contribute to landfill gas collection systems?
Geomembranes contribute to landfill gas collection systems by acting as a barrier to prevent the escape of harmful gases from the landfill. They are used to line the base and sides of the landfill, creating a sealed environment that allows for the effective collection and containment of landfill gas. This gas, which primarily consists of methane and carbon dioxide, can then be extracted and utilized as a source of energy or safely released into the atmosphere, reducing the environmental and health risks associated with landfill gas emissions.
Q:How do geomembranes improve water efficiency in agricultural irrigation systems?
Geomembranes improve water efficiency in agricultural irrigation systems by preventing water seepage and evaporation. These impermeable liners act as a barrier, effectively containing the water within the irrigation area. This reduces water loss due to seepage into the ground and minimizes evaporation, ensuring that a larger portion of the water reaches the plants' root zone. As a result, farmers can optimize water usage, reduce water waste, and improve overall irrigation efficiency in their agricultural operations.
Q:How to weld the geomembrane better?
1, the geomembrane should be extended from the bottom to the high position and should not be stretched too tight with 1.50% of height left in case of local subsidence. Considering the actual situation of the project, the side slope should be paved from top to bottom. 2, adjacent longtudinal joints should not be in a horizontal line and should be staggered over 1m. 3, longtudinal joints should be more than 1.50M away from dam toe and the corner of clubfoot and it should be put on the plane. 4, it should be laid at the side slope and then the bottom. 5, When the side slope is laid, the direction of the film should be parallel to the maximum gradient line.

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