• HDPE Pond Liner 1mm Geomembrane System 1
  • HDPE Pond Liner 1mm Geomembrane System 2
HDPE Pond Liner 1mm Geomembrane

HDPE Pond Liner 1mm Geomembrane

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1.Product Description  

Our product was proved as good physical and mechanic performance, strong deformation adaptability, ultra-violet radiation, oil and salt,

alkali and corrosion resistance,  long operational life, good waterproof, drainage, anti-seepage and damp proof effects, complete width and

thickness specifications.

1.base liner applications under roads, railways,

2.secondary containment for above ground tank farms,

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

2.Product  Characteristic:

1) Environmental protection, sanitation (such as solid waste landfills, sewage treatment plants, power plants Chi-conditioning, industrial,

 hospital solid waste, etc.) .

2) Water (such as rivers, lakes and reservoirs of the anti-dam, plugging, reinforcement of the canal seepage, the vertical wall of the heart,

 slope protection, etc.).

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

 etc.).

3.Product Specifications:        

1.Thickness : 1mm,

2.Length: 100 mm; width: 100mm

3.Material: HDPE.

4.Color: Black or as required

4.Reference Picture

 


 






Q: How do geomembranes contribute to erosion protection in coastal areas?
Geomembranes contribute to erosion protection in coastal areas by providing a barrier between the soil or sand and the forces of waves, tides, and currents. They help to prevent erosion by stabilizing the shoreline, reducing the impact of wave energy, and preventing the loss of sediment from the beach or dune system. The impermeable nature of geomembranes also helps to control water flow and prevent the infiltration of water into the soil, which can further contribute to erosion. Overall, geomembranes act as a protective layer, minimizing erosion and preserving the natural coastal environment.
Q: What is a thin-film solar?
The thin film solar cells with light weight and thin thickness. It can be bent andeasy to carry. Because conventional silicon cells made of silicon crystals, the main part of the battery fragile, prone to cracks invisible, mostly as a layer of protective glass, resulting in a large weight, portable inconvenience, poor seismic capacity, high cost, efficiency is more or less reduced. thin-film solar cells to overcome these shortcomings, but not the high conversion efficiency of traditional silicon cells. conversion efficiency of thin film solar cell to enhance solar technology sector is currently being studied the main direction as yet fully mature, large-scale production is still some risk, but is bound to play an important role in the field of solar energy whose development prospects are very promising.
Q: What is the principle of electrothermal?film bed?
The conversion rate is close to 100% when converting the electrical energy into thermal energy, so its heating effect is better than that of floor heating.
Q: what's the difference between nanometer mobile phone stick membrane and steel glass membrane ?
Mobile phone tempered glass has the advantages of high-strength scratch-resistant. falling broken-resistant, ultrathin. and almost having no feeling when pasting on the phone . Glass surface has had special treatment, feel more smooth, and the operation is more fluent. Safety. Simple to install the glass membrane using electrostatic bonding mode, anyone can easily install, and it will not produce bubbles. Recycled, it can be reused for many times, and it will not leave marks on your phone. Screen transmittance is up to 98%. it can prevent the electron wave effects on human health. It does not affect the mobile phone sets and other mobile phone parts. nanometer-glass membrane has the technology of AGC glass reinforced HARVES HARVES nanometer technology through international nano-coating technology, using high-density nanoscale hydrophobic oleophobic coating and it can obtain ultra-lubricating function, so that the fingerprint traces of oil can not be left in the stick membrane surface, and it can reach the anti-fingerprint oil pollution-resistant effect. AGC glass reinforced technology it uses the imported AGC glass material, on the original proportions, spending on strengthening hardness treatment staggering 9H hardness. in the long term, it can effectively prevent stick membrane scratches, and has a high light transmittance. Ultra lubrication, making fingerprint traces of oil not be left in the stick membrane surface, and having the anti-fingerprint anti-oil pollution effect. AG glass Ultra-high transmittance glass plus HARVES nano-coating to improve the level of the transmitted light, the ultimate 94% transmittance, restore true color screen, greatly enhancing the definition of the screen, give the user a high-definition visual experience. , anti-explosion technology MAS glass film contains a special plastic material, it has made steel processing, and more secure when using it. the function of auto attachment
Q: What are the technical parameters of seepage-proof geomembranes?
serial number item indicator common environmental protection 1 thickness mm 0.2 to 4 2 width m 2.5 to 8 3 tensile strength (vertically and horizontally) MPa≥17 ≥25 4 breaking elongation rate (vertically and horizontally) % ≥450 ≥550 5 angle tear strength N/mm ≥80 ≥110 6 carbon black content % 2.0 to 3.0 2.0 to 3.0 7 resistance to environment stress cracking F20   ≥1500 8 low-temperature impact in -70℃ approved 9 oxidative inductive time in 200℃   ≥20
Q: Is the geomembrane bag made of geomembrane or geotextile?
Neither of the two, geofabriform is made of woven cloth
Q: The working principle of the water film dust collector?
The water film which is caused by the inner wall or other special components of the dust containing gas is used to make the dust is captured by the water film, and the gas is purified, and the purifying device is called the water film dust collector. Including the impact of water film, inert (shutter) water membrane and centrifugal water film dust remover, etc.. Dust containing gas by simplified lower tangential rotation along the introduction, rise, dust particles by centrifugal force and is separated into the inner wall of the barrel body, the inner wall of the adsorbed water layer flow, with the water in the end part of the cone, the dust discharge port of unloading. The water film layer is formed by arranging a plurality of nozzles arranged on the upper part of the cylinder, and cutting the water along the tangential direction to the wall of the device. In this way, the inner wall of the cylinder is always covered with a layer of a thin water film which flows downward, so as to achieve the purpose of improving the dust removal effect. The wet dust collector has the advantages of simple structure, small metal consumption and small water consumption. The disadvantage is that the height is bigger, the arrangement is difficult, and in the actual operation, it is found that there is water phenomenon.
Q: Are geomembranes resistant to rodent damage?
Yes, geomembranes are generally considered to be resistant to rodent damage. The dense and impermeable nature of geomembranes makes it difficult for rodents to chew or penetrate them, providing a protective barrier against rodent damage. However, it is important to note that certain types of geomembranes may be more resistant than others, and proper installation and maintenance are crucial to ensure maximum effectiveness against rodent damage.
Q: How do geomembranes contribute to the prevention of soil erosion in agriculture?
Geomembranes contribute to the prevention of soil erosion in agriculture by acting as a physical barrier between the soil and external elements such as water or wind. They effectively retain moisture and prevent water runoff, which helps to maintain soil structure and reduce erosion. Additionally, geomembranes can be used to line irrigation channels, ponds, or reservoirs, preventing seepage and further erosion of the surrounding soil.
Q: How do geomembranes perform in high altitude gas containment applications?
Geomembranes perform well in high altitude gas containment applications. These specialized membranes are designed to withstand harsh environmental conditions, including extreme temperatures, high altitudes, and pressure differentials. They have excellent gas barrier properties, preventing the escape of gases and ensuring containment. Additionally, geomembranes are highly durable and resistant to UV radiation, making them suitable for long-term use in high altitude environments.

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