Barrier Film
Aquaculture waterproof geomembrane features strong tensile, impact, and tear resistance, high static water pressure resistance, excellent UV resistance, and good waterproofing properties. It is particularly suitable for applications such as fish pond waterproofing, fish tank leakage prevention, shrimp pond waterproofing, shrimp tank leakage prevention, eel farming pond waterproofing, and loach farming pond water leakage prevention.
Aquaculture anti-seepage membranes feature strong tensile, impact, and tear resistance, high static water pressure resistance, excellent UV resistance and water-sealing properties, and are particularly suitable for projects like pond anti-seepage, fish pond anti-leakage, shrimp pond anti-seepage, yellow eel farming pond anti-seepage, and loach farming pond water-sealing. Using HDPE anti-seepage membranes to cover the entire fish or shrimp pond, or the pond bottom, completely isolates the bottom from the pond water, providing significant effects in preventing leakage and microbial erosion in high and low position shrimp ponds. Due to the smooth surface of the HDPE anti-seepage membrane, disinfection and sediment removal are convenient, and it also helps prevent the spread of bottom pathogens, shortening the time needed to clean the bottom of the shrimp pond and dry the pond. After seven days of draining, it's ready for farming, which can improve shrimp yields and reduce farming costs.
Aquaculture Permeation Barrier Construction Plan
A. Non-essential personnel are prohibited from entering the construction site.
B. The method and equipment for modular laying must not damage the waterproof membrane or the geotextile and subgrade beneath it.
C. Construction personnel must wear shoes that do not damage geosynthetic materials while working on the construction site.
D. Sufficient ballast or anchoring materials must be provided to prevent the wind from lifting the waterproof membrane.
E. Lay渗漏膜sheeting smoothly and firmly, minimizing creases as much as possible: Secure or anchor promptly after laying.
F. Select the laying direction reasonably to minimize the stress on seams as much as possible.
G. Arrange each material piece with reasonable layout, aiming for minimal seams.
H. Prevent any factors from damaging geosynthetic materials during installation, and ensure that the installation tools do not cause harm to the materials.
No transverse joints are allowed within 1.5m of the slope toe and on slopes with a gradient greater than 10%.
