• LLDPE Geomembrane HDPE GH-I 2.0 Waterproof Board System 1
  • LLDPE Geomembrane HDPE GH-I 2.0 Waterproof Board System 2
  • LLDPE Geomembrane HDPE GH-I 2.0 Waterproof Board System 3
  • LLDPE Geomembrane HDPE GH-I 2.0 Waterproof Board System 4
LLDPE Geomembrane HDPE GH-I 2.0 Waterproof Board

LLDPE Geomembrane HDPE GH-I 2.0 Waterproof Board

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1.Product Description     

Our HDPE GH-I 2.0 waterproof board was proved as good physical and mechanic performance, ultra-violet radiation, oil and salt, alkali and corrosion resistance, high and low temperature resistance, non-toxicity, long operational life, good waterproof, complete width and thickness specifications, low cost and simple construction.

1.used in landfill caps

2. base liner applications under roads, railways,

3.secondary containment for above ground tank farms,

4.They are also used for waterproofing of buildings and other similar structures.

2.Product  Characteristic:

1) , Municipal Engineering (subway, on the ground floor of the building, planted roof, the roof garden of anti-seepage, sewage pipes lining, etc.).

2) ,Landscape (man-made lake, river, reservoir, golf courses reservoirs of the substrate, slope protection, green lawn of the waterproof moisture, etc.).

3), Mining (washing and pool heap leaching, the ash-field, dissolved, precipitation, the yard, the tailings seepage substrates, etc.)


3.Product Specifications:        

1.thickness : 2.0mm,

2.Length: 50 m -100 m ; width: 1 m -8 m ( according to customer needs )

3.Tensile elongation at break 600%

4.Material: HDPE.

5.Color: Black white or as you required

4.Reference Picture

 


 






Q: What are the requirements for geomembrane welding?
The requirements for geomembrane welding typically include a properly trained and certified welder, suitable welding equipment (such as a hot wedge or extrusion welder), a clean and dry work area, proper preparation and cleaning of the geomembrane surfaces, appropriate welding parameters (temperature, speed, pressure), and adherence to industry standards and guidelines. It is also essential to ensure the geomembrane material is compatible for welding and that the welding technique used is suitable for the specific project requirements.
Q: What are the prospects of electrothermal?film?
Electrothermal film has been in the market for at least ten years. Currently the biggest problem is the large power consumption, even if you can cover the electric charge,original home wire diameters restrict the use of high-power electrical appliances. Another problem is power attenuation, the other problem is breaker tripping caused by electric leakage.
Q: Are geomembranes resistant to puncture or tearing?
Yes, geomembranes are designed to be highly resistant to puncture or tearing. They are typically made from durable materials such as high-density polyethylene or PVC, which provide excellent strength and flexibility to withstand external forces and prevent damage. Additionally, geomembranes are often reinforced with additives or layers to enhance their puncture resistance, ensuring long-lasting protection in various applications such as landfill liners, pond liners, or containment barriers.
Q: What are the characteristics of the ceramic film?
Ceramic film has a lot of features , specifically the following points. First of all, the source of it's raw materials is very wide, and the price is more affordable, compared with ultrafiltration and reverse osmosis membrane, it has its own advantages. Secondly, it has a very high mechanical strength, and it will not be deformed under high pressure, in particular, to facilitate the higher pressure recoil, can be stable. It is high temperature resistant, it will be stable under the condition of belowing the temperature of thousands of degrees , the third, its chemical properties can effectively anti microbial, for those corrosive gases have very high endurance. What it shows us is good stability, we can use strong acid to clean it.
Q: How is the geothermy film?
The heating body of the electrothermal?film is taking the carbon?fiber as the conductor material. which is a kind of electrical, thermal and mechanical new materials with strength is larger than steel, density smaller than aluminum, better corrosion resistance than stainless steel, better high temperature resistance than heat resistant steel, and electric conductive like copper, And due to carbon fiber electrothermal?film products is roll-shaped, the larger the room, the less the contact proportional numbers compared with that of carbon crystal contacts under the same areas. Electrothermal?film only has 4-6 contacts in the same 40 square meters living room. Greatly improving the safety of the product.
Q: How do geomembranes prevent soil contamination in oil and gas industry applications?
Geomembranes prevent soil contamination in oil and gas industry applications by serving as a barrier between the soil and any potential contaminants. These impermeable liners are designed to prevent the migration of pollutants, such as hydrocarbons, from reaching the soil and groundwater. By effectively containing and isolating hazardous substances, geomembranes ensure that the surrounding environment remains protected from potential contamination.
Q: How do geomembranes prevent water seepage in canal lining?
Geomembranes prevent water seepage in canal lining by acting as a barrier that prevents water from flowing through the canal walls. These impermeable liners are made from materials such as high-density polyethylene (HDPE) or polyvinyl chloride (PVC), which have low permeability and high resistance to water penetration. When installed properly, geomembranes create a watertight layer that blocks the movement of water, thus ensuring that the canal remains free from leaks and seepage.
Q: How to install the electric heating film?
First, the construction of the ground: 1, cleaning the ground and pavement 2-3 cm thick squeeze Schomburg plate 2, according to need to tailor the electrothermal film, side by side pavement electrothermal film 3, parallel connection electric heating film (according to the standard of construction connection drawings connected, single electrothermal membrane does not exceed 10 meters) 4, using special tool will be special pinch the child with the electrothermal film metal loading bar is firm in connection and connect the wire 5, with insulation mortar will connect parts of the overall package, fully waterproof insulation. 6. The air switch should be configurated according to the general power, and connect the thermostat, the sensor, the sensor probe into the ground is the most easy to heat area to avoid overheating of the heating film. 7. The sensor added the casing and the drive pipe would be cut in the head of the sensor. To paste it on the electric thermal film with the help of the insulating plaster. 8. Make a comprehensive review of the 9 with waterproof cloth will electrothermal film package (cement construction) or pavement non-woven (floor or the floor sheet construction) 10, start thermostat measured temperature rise 11, pavement geothermal plastics net, pour cement mortar, inlaid tiles (cement construction), shop floor (floor construction) 12, the construction is completed
Q: How do geomembranes handle differential settlement?
Geomembranes are designed to handle differential settlement by providing a flexible and durable barrier between the soil layers. They are able to accommodate the differential settling of underlying soils by stretching and conforming to the ground movements without compromising their integrity. This flexibility allows them to distribute the stress caused by settlement, preventing tears or ruptures in the geomembrane. Additionally, proper installation techniques, such as anchoring and overlap, help to minimize the potential for differential settlement to affect the performance of geomembranes.
Q: What are the long-term performance characteristics of geomembranes?
The long-term performance characteristics of geomembranes include their ability to withstand environmental stressors such as UV radiation, temperature fluctuations, chemical exposure, and mechanical stress without significant degradation. They are also expected to maintain their impermeability, strength, and flexibility over time to ensure the integrity of containment and barrier systems. Regular inspections and maintenance can help prolong their lifespan and ensure their long-term performance.

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