Flat type membrane packing (stainless steel frame)

Flat type membrane packing (stainless steel frame)Also known as flat packing, it adopts a series of processes such as ES new materials and heat setting to achieve a special structure of "double-layer membrane" and "void layer" of the packing, thus realizing the characteristics of large specific surface area and high porosity. After testing, the specific surface area is greater than 850 m2/m3, and the porosity reaches 0.98.

Flat type membrane packing (stainless steel frame)During the processing, the surface is modified with ionized materials and hydrophilic polymer blends, resulting in a positive charge. This makes it easier for microorganisms to adhere and fix on the carrier surface. Fillers have good mechanical strength while ensuring a large specific surface area. No damage will occur during hydraulic shear and friction collision between carriers. Due to the main use of modified polymer materials as substrates in the production process, they are acid resistant, alkali resistant, and have better adaptability to high difficulty wastewater containing organic compounds (hydrocarbons, benzene), with strong properties and a service life of up to 8-10 years. It can effectively treat wastewater containing special pollutants such as phenols, toxic and harmful metal ions, high acidity, high alkalinity, etc.

This fillerIn addition to the characteristics of long service life and easy film hanging, it also has the following advantages:

1. Strong corrosion resistance: Organic polymers are generally used as the base material for fillers, which have good corrosion resistance. This enables it to handle different types of wastewater, including acidic, alkaline, and wastewater containing corrosive substances.

2. Space saving: Compared to traditional biological treatment methods, fillers can achieve efficient wastewater treatment in a relatively small space. This is very advantageous for places with limited space, such as sewage treatment plants and industrial parks in urban areas.

3. Reduce operating costs: The long service life of fillers can reduce the frequency of replacement and maintenance, thereby reducing operating costs. In addition, due to the fact that fillers can improve processing efficiency and the ability to degrade organic matter, they can also reduce the amount of chemical agents used and save on agent costs.

4. Strong flexibility: Fillers can be designed and modified according to actual conditions to meet the needs of different types and scales of wastewater treatment. This makes it highly applicable and flexible, allowing for customized configuration according to specific engineering needs.