• Geomembrane LLDPE of 1.2mm for Architectural Engineering System 1
  • Geomembrane LLDPE of 1.2mm for Architectural Engineering System 2
  • Geomembrane LLDPE of 1.2mm for Architectural Engineering System 3
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Geomembrane LLDPE of 1.2mm for Architectural Engineering

Geomembrane LLDPE of 1.2mm for Architectural Engineering

Ref Price:
$0.31 - 0.55 / m² get latest price
Loading Port:
Qingdao
Payment Terms:
TT or LC
Min Order Qty:
3000 m²
Supply Capability:
100000 m²/month

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Geomembrane LLDPE for Architectural Engineering


Description Of Geomembrane LLDPE for Architectural Engineering

Geomembrane, water-proof plate, is made from polymer materials like polyethylene, through blow molding.


Main Features of Geomembrane LLDPE for Architectural Engineering

molecular structure, Polyethylene (PE) geomembrane is divided into low-density polyethylene (LDPE) geomembrane, linear low density polyethylene (LLDPE) geomembrane, high-density polyethylene (HDPE) geomembrane;Aside from colorless and transparent raw material, you can made it into the black, green, blue, yellow, etc by adding different color masterbatch., also made into geomembrane with the black front and the blue back or other 2 different colors as required by customers.


Applications of GeomembraneLLDPE for Architectural Engineering

1.LDPE geomembrane is applicable to environmental protection and sanitation: such as landfill, sewage treatment plant, power plant adjustive pool, industrial, hospital solid waste;
2.LDPE geomembrane is applicable to hydraulic engineering: such as seepage control, plugging, reinforcement for rivers, lakes and reservoirs and dams, drainage seepage control, vertical core wall, slope protection, etc.
3. LDPE geomembrane's applications in municipal engineering: subway, underground works of the building, planting roof, roof garden, sewage pipe seepage control;
4. Polyethylene impermeable membrane is applicable to the garden: artificial lake, river, reservoir, golf course pond bottom, slope, green lawn waterproofing and damp-proofing;
5. High density polyethylene geomembrane is applicable to petrochemical industry: chemical plant, oil refinery, storage tank seepage control, chemical reaction cell, lining and secondary lining for sedimentation tank, etc.
6. Polyethylene geomembrane is applicable to mining: washing pool, soaking pool, the ash-field, dissolving pool, settling pool, yard, tailings substrates seepage control;
7. Low density polyethylene geomembrane for transport facilities: foundation reinforcement for the road, culvert seepage control;


IMages of GeomembraneLLDPE for Architectural Engineering


Geomembrane LDPE for Architectural Engineering

Geomembrane LDPE for Architectural Engineering

Geomembrane LDPE for Architectural Engineering

Geomembrane LDPE for Architectural Engineering

Geomembrane LDPE for Architectural Engineering

 


FAQ:

 

1. What are we supplying?

We are specialized in producing .geotextile , geogrid, geomembrane


2. How Many years experience do we have?
We have been exported to more than 15 countries in the past 10 years.

 

3. How long do we usually reply your request?

We always reply our customer within 12 hours.


Q:Can geomembranes be installed underwater?
Yes, geomembranes can be installed underwater. They are commonly used in underwater applications such as pond liners, wastewater treatment facilities, and marine construction projects. Special installation techniques are employed to ensure proper placement and sealing of the geomembrane underwater.
Q:Need we stick membrane on SLR camera?
The membrane can protect the LCD screen by preventing it from your sweat and unconscious stroke and touching of your nose when you use the camera. These actions are not benefit for the protection of the screen.
Q:What are the advantages of coated glass?
Coated glass is the glass that is coated with one or more layers of metal, alloy or metal compound on the surface, which changes the property of glass. It can be divided into heat reflection glass and low radiation glass according to different properties. Heat reflecting (solar control)glass is the glass that is generally coated with chromium, titanium or stainless steel and other metal or mental compounds on the surface, thus the products are colorful. It has a certain visible light transmittance, has a high reflectivity for near infrared ray and a low transmittance for ultraviolet light, therefore, it is also known as solar control glass. Compared with the common glass, it reduces the shading coefficient, that is, improve the shading performance, but the heat transfer coefficient does not change to much. Radiation (LOW-E) glass is coated with multilayer silver plated, copper or tin or metal and other compounds on the surface of the glass. Products have a high visible light transmittance, and high infrared reflectivity with good heat rejection performance. Due to poor film layer strength, they generally are made into insulating glass and are not used alone.
Q:What should pay attention to in the construction of geomembrane?
The best method is using buried laying. During construction, first of all, level out the base surface with smaller sand or clay, and then pave geomembrane. Don't stretch geomembrane too tightly, both ends embedded in the soil section is corrugated and finally pave a layer of about 10cm transition layer with fine sand or clay on paved geomembrane. Block 20-30cm stone (or concrete precast block) as scour prevention layer. It is better to avoid the stones to hit on geomembrane, and it is better to carry on the construction of the protective layer while pavement of geomembrane.
Q:Why the drain-pipe below rubber dam base plate is covered with geomembrane?
Geomembrane, generally refers to water-impermeable material. Geotextiles, generally refers to the permeable material. It is frequently seen that drain-pipe is wrapped with geotextile. It is also seen that the upper part of drain-pipe is wrapped with geotextile, while lower part is wrapped with geomembrane. It is rarely seen that outside the drain-pipe is all wrapped with geomembrane. Because it is more reasonable and convenient that we can use unwrapped tube wall and impermeable tube.
Q:How do geomembranes prevent groundwater contamination?
Geomembranes prevent groundwater contamination by acting as a barrier between the contaminated soil or waste and the underlying groundwater. They are impermeable liners made of synthetic materials that prevent the infiltration of pollutants, chemicals, or contaminants into the groundwater. This helps to protect the quality and integrity of the groundwater, ensuring its safety for human consumption and preserving the environment.
Q:How to paste the mobile phone screen protector release liner?
Step of pasting mobile phone film 1: The marked number ① side aliged at the screen, and tearing a part of number ① release liner, during the operation, please pay attention to avoid fingers to touch the adsorbed layer of protective film in the operation. The protective film can be divided into two categories of second and third layers according to different functions, they can be distinguished by ① and ② label, pasting a label is the two-layer, while pasting two labels is three-layer, the intermediate layer is for using, the outside two layers are release liner. Step 2: put the adsorbed layer alige at the screen edges, and make sure the position of the alignment, while tearing number ① release liner and smoothing the film carefully, because the protective film has an electrostatic adsorption function automatically, it is recommended to paste from the uneven surface of the screen from the point to the line, from the line to the surface sequentially when the process do not need many pressing screen protectors.
Q:What types of work does geomembrane welding belong to?
Excavator
Q:What are the considerations for geomembrane installations in seismic zones?
When installing geomembranes in seismic zones, there are several important considerations to take into account. Firstly, the geomembrane material must be able to withstand the potential ground movement and shaking associated with earthquakes. This means selecting a geomembrane that is highly flexible, durable, and resistant to tearing or puncturing. Additionally, the anchoring system used to secure the geomembrane should be designed to withstand seismic forces and prevent uplift or displacement. It is also crucial to properly assess the site's geological conditions, including soil type, slope stability, and potential liquefaction, to ensure the geomembrane is installed on a stable foundation. Finally, regular inspections and maintenance should be conducted to identify any potential damage or deterioration caused by seismic activity and take appropriate corrective measures. Overall, a thorough understanding of the specific seismic risks and effective mitigation strategies are essential for successful geomembrane installations in seismic zones.

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