When filtering out solid particles in wastewater and exhaust gas, the suction filter bag mainly relies on its high-precision filter material and unique structural design.
First of all, the material of the filter bag has the characteristics of high strength, high wear resistance, high corrosion resistance, etc., which can withstand pressure and friction at high flow rates, and is not easy to wear or break. At the same time, these materials have a high filtration accuracy and are able to effectively trap solid particles in wastewater exhaust gases.
Secondly, the structural design of the filter bag is also very unique. In general, the outer layer of the suction filter bag is made of support material, and the inner layer is the filter material. This design ensures high flow rates while maintaining high filtration accuracy.
When the waste water and exhaust gas pass through the filter bag, solid particles are trapped in the inner layer of the filter bag, and liquid flows out through the outer layer of the filter bag. As filtration progresses, solid particles gradually accumulate in the inner layer of the filter bag, forming a certain thickness of cake. When the thickness of the cake reaches a certain level, it is necessary to replace the filter bag with a new one to ensure the filtration effect and production efficiency.
In addition, in order to facilitate the replacement of filter bags and improve production efficiency, modern suction filters also use advanced technologies such as automatic control systems and robotics. These technologies can automatically control the operation of the suction filter and the replacement of filter bags, reducing the difficulty and cost of manual operation and maintenance.
In a word, the suction filter filter bag can effectively filter out the solid particles in the waste water and exhaust gas through its high-precision filter material and unique design structure, and improve the quality and safety of the fluid.