河北衡水枣强玻璃钢工业园 Address: Zaoqiang FRP Industrial Park, Hengshui , Hebei
13931811637 Mobile: 13931811637
李经理 Contact: Manager Li
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Introduction to the advantages and structure of glass reinforced septic tank
The glass reinforced septic tank is a new technology product, which is made of synthetic resin as the base and is made of glass fiber reinforced materials. It is a new technology product, so it has many advantages compared with traditional septic tanks.
First, the design is unique, pressure and impact resistance. The glass reinforced septic tank adopts a unique design method of dense circular corrugated structure, so its compressive and impact strength is several times higher than that of traditional square, cylindrical, and spherical arch. Any other strengthening measures are required for use in different situations. In addition, it has been inspected by a specialized quality supervision and inspection agency and can withstand more than 40 tons of pressure.
Second, it is compact and saves space. The design of the glass reinforced plastic septic tank is compact, with a small footprint, and the actual footprint is only 60% of the traditional septic tank.
Third, it is easy to install and saves labor and time. The glass steel septic tank is light in weight, convenient in transportation, simple in installation technology, can meet the requirements of different sites, and has a short construction period, low cost, and can be put into use quickly.
Fourth, it is tight and never leaks. This product uses an integrated design, leading technology, no cracks, and is not easy to leak, avoiding the loss and damage caused by leakage in traditional septic tanks.
Fifth, environmental protection and easy management. This product uses "MDS special filler" internally. Through suspended ball filler anaerobic bacteria hanging film reaction, mainly biofilm attached to the carrier. After full contact and reaction, the reaction efficiency is high. It is a new generation. The high-efficiency unpowered anaerobic reactor is in line with the "green environmental protection" concept advocated now.
Sixth, it is economical and practical with low cost. According to the budget, the cost of the glass fiber reinforced plastic septic tank is about 20% of that of the traditional septic tank. It is an ideal product with good quality and low cost, and has also been well received by real estate development companies, construction units and construction units.
Seventh, it is safe, efficient and durable. The polymer composite material used in the glass reinforced septic tank follows the development trend of the material. This material is not easy to aging, deformation, acid and alkali resistance, corrosion resistance, normal use and the life of the building, and can adapt to the traditional septic tank. Of acidic sewage.
The structure of glass fiber reinforced plastic septic tank After years of continuous improvement and development, glass fiber reinforced plastic septic tank has now been basically standardized. Its shape is generally a horizontal cylindrical shape. Most of the heads at both ends are designed with a concave and convex surface of mechanical properties. A partition plate is arranged inside the hole. The holes on the partition plate are misaligned up and down, which is not easy to form a short flow. The whole body is divided into three parts-the third-stage anaerobic chamber, the second-stage anaerobic chamber and the clarification chamber. The bottom of the clarification chamber and the second-stage anaerobic chamber communicate with each other, and "MDS special packing" is added in the middle. Designing such a partition can reduce the contact time between sewage and sludge, and isolate the two processes of acid fermentation and alkaline fermentation from each other without interference. The presence of filler also increases the contact surface area of sewage sludge and anaerobic bacteria. It also greatly improves the reaction efficiency. In this way, it can play a positive role in interception, sedimentation of large particulate impurities in sewage, prevention of sewage pipeline blockage, and reduction of pipeline buried depth.