With the development of modern industry, the requirement of the experiment, research and production is higher and higher. The main way to realize this requirement is to use high efficiency filter in the clean air conditioning system.
Among them, the high efficiency filter and super efficient (ULPA) filter is the last protection of dust particles entering the clean room, its performance is directly related to the quality of the clean room, and then affect the process and product quality. Therefore, the experimental study of the filter is very meaningful. Under different wind speeds, the filtration efficiency of 0.3 m, 0.5 m and 1 mP.A.O particles was determined by measuring the glass fiber filter and the high efficiency filter. The resistance and filtration performance of the two filters were compared.
The results show that wind speed is an important factor that affects the efficiency of the filter. The higher the filtration efficiency of the wind speed is, the more obvious the effect is.
With the development of science and technology of modern industrial production and modern scientific experiments on indoor air cleanliness of the increasingly high demand, especially in microelectronics, medical, chemical, biological, food processing and other industries require miniaturization, precision, high purity, high quality and high reliability of the indoor environment, it puts forward more and more high request to the performance of high efficiency filter, so how to make to meet the consumer demand for high efficiency filter manufacturers has become one of the urgent problems to be solved.
As everyone knows, the resistance of the filter and the filter efficiency are two important indexes for evaluating the filter, RFILTER is trying to through the experiment analysis of filtration performance and resistance performance of different filter materials and high efficiency filter, and efficient filter structure is the same as the filter material of different filtration performance and resistance performance, so as to provide theoretical basis for efficient filter manufacturers.
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