HDPE BLACK PLASTIC POND LINERS FOR ARTIFICIAL LAKE IN INDONESIAN

HDPE Black Plastic Pond Liners for Artificial lake in Indonesian

 

 

 

CASE STUDY

 

Location – Indonesian

Product(s) – Black Plastic Pond Liners

Application – Artificial lake

 

Issue

 

Indonesian customers need to choose artificial lake anti-seepage liners. She contacted us and provided his cost budget. We have recommended a rolled 1.0mm black glossy soil film to the customer as a pond anti-seepage liner and quoted the factory price. That day, he asked me to send samples as a reference. About 5 days later, the customer received the samples and compared them with samples from other factories. They were most satisfied with the quality and price of our samples. Finally, the customer chose us to order a 1 * 40HQ 1.0mm black anti-seepage pond liner.

e958209f689aba051dcfa67c78416d36
geomembrane pond liner

Geomembrane pond anti-seepage liner is a waterproof barrier material made of high polymer. The black plastic pond lining is mainly divided into low-density polyethylene (LDPE) geomembrane, high-density polyethylene (HDPE) geomembrane, EVA geomembrane, and linear low-density polyethylene. Geomembranes with a thickness of 0.2mm~3.0mm and a thickness greater than or equal to 0.8mm can also be referred to as "waterproof boards". The main mechanism is to block the leakage channel of the earth dam with the impermeability of plastic film, and to withstand water pressure and adapt to the deformation of the dam body with its large tensile strength and elongation;They have good resistance to bacterial corrosion and chemical action, are not afraid of acid, alkali, and salt corrosion, and have a long service life in the dark.Widely used in various reinforced anti-seepage projects such as water conservancy, transportation, tunnels, airports, metallurgical tailings, garbage disposal sites, roof anti-seepage, etc.

 

Black Plastic Pond Liners for Artificial lake in Indonesian

Thickness – 1.0mm

Quantity – 29,000 square meters

Size – 5.8m*50m

 

Benefits

 

The performance characteristics of HDPE Black Plastic Pond Liners are as follows:

  • HDPE black plastic pond liners are a flexible waterproof material with a high anti-seepage coefficient (1×10-17 cm/s);
  • HDPE black plastic pond liners have good heat resistance and cold resistance, and its operating environment temperature is high temperature 110 ℃, low temperature -70 ℃;
  • HDPE geomembrane has good chemical stability, can resist strong acid, alkali and oil corrosion and is a good anti-corrosion material;
  • HDPE black plastic pond liners have high tensile strength, so that it has high tensile strength and can meet the needs of high-standard engineering projects;
  • HDPE black plastic pond liners have strong weather resistance, strong anti-aging performance, and can be used exposed for a long time to maintain the original performance;
  • HDPE geomembrane pond liner has strong tensile strength and elongation at break, so that HDPE geomembrane can be used in various harsh geological and climatic conditions. Adapt to uneven geological settlement and strong strain;
  • HDPE geomembrane pond liner uses high-quality raw plastic and carbon black particles without any preservatives. HDPE has been used to replace PVC as raw material for food packaging bags and fresh-keeping films.
hdpe geomembrane 15

 

HDPE GEOMEMBRANE 19

 

hdpe geomembrane 15

 

HDPE GEOMEMBRANE 14

 

Construction methods of HDPE Black Plastic Pond Liners

 

Do not drag or forcefully pull the geomembrane during transportation to avoid sharp objects stabbing it.

1. Extend from the bottom to the high position, do not pull too tightly, and leave a margin of 1.5% for local sinking and stretching. Considering the actual situation of this project, the slope is laid in a top-down sequence;

2. The longitudinal pull heads of two adjacent frames should not be in the same horizontal line and should be staggered by more than 1m from each other;

3. The longitudinal joint should be located at a distance of more than 1.50m from the dam foot and bend foot, and should be located on a plane;

4. First slope, then site bottom;

5. When laying the slope, the direction of film development.

You Might Also Like

Send Inquiry