Two major issues to avoid during the installation of anti-seepage membranes in fish ponds
The anti-seepage membrane of fish ponds itself has high waterproof and anti-seepage effects, and some fish pond anti-seepage membranes also have strong tensile mechanical properties and excellent elasticity. Therefore, this material is often used on many expansion and contraction surfaces. The chemical reaction of fish pond anti-seepage membranes is relatively stable compared to incoming water, and they are often used in sewage treatment and chemical reaction tanks, and can also withstand high temperatures and acidity.
In addition, the use of this kind of fishpond anti-seepage membrane can not only reduce people's maintenance work, but also has good anti-aging ability, which can resist direct ultraviolet radiation. Therefore, the use time of this material is relatively long.
In the construction of the entire fish pond, the laying of the anti-seepage membrane is the top priority of the project. Whether in terms of construction technology requirements or construction costs, the laying of the anti-seepage membrane in the fish pond occupies a major position. Therefore, when laying, it should be completed at once as much as possible to avoid later repairs. Today, we will explain to you two major problems that need to be avoided in the process of laying the anti-seepage membrane in the fish pond.

1. During the construction phase, geomembrane should be laid to avoid excessive tension.
Ensuring the stability of geomembranes during installation is one of the important strategies to ensure the stability of the project. Once the geomembrane is pulled too tightly during the laying process, the elongation of the geomembrane itself will be greatly reduced. Geomembranes themselves have a certain degree of scalability, which can avoid certain adverse conditions during use.

2. There is also a very common problem in the construction process of geomembranes, which is the easy puncture of geomembranes.
During the laying process, the geomembrane should be tightly connected to the foundation surface and there should be no air bubbles underneath the membrane. Large scale installation cannot be completed in one go. To avoid puncturing the geomembrane, first of all, it is necessary to ensure the flatness and aggregation of the base surface, and the surface of the base surface should be free of sharp debris such as stones and roots. In the case of large-scale installation, it is easy to be blown away by the wind. It is recommended to immediately proceed to the next project (acceptance and backfilling) after partial laying is completed.

The above are the two major issues that need to be avoided in the process of laying fish pond anti-seepage membranes introduced by aquaculture geomembrane manufacturers. We hope that the above description can be helpful for everyone when using fish pond anti-seepage membranes in the future