Coarse filters are the category that most people choose, not only because of their product characteristics, but also because their prices are very good and affordable. They are almost everywhere in office environments, which is also why they are loved by people. Meanwhile, as the manufacturer of primary filters, we suggest that when purchasing filters, quality should still be taken as the criterion, otherwise it will reduce the filter efficiency and increase the load.
Advantages of coarse efficiency filters:
1. Strong stability and light weight
The stability of coarse efficiency filters is very strong. The material used is alloy material, which has much better stability, various resistance, and durability than traditional filter production materials. This also makes the filter have a longer service life, can better complete filtering work in harsh production environments, and maintenance frequency is not very high. The service life is also relatively long.
2. Multiple functions that can be carried
The cost-effectiveness of a filtering device itself is closely related to its functions. If the device carries relatively low functions, can complete fewer types of filtering work, and has more production needs, it needs to have filters with different functions. However, the material strength of the filter itself is high, and through reasonable design, it can carry more filtering functions. Manufacturers only need to purchase a filter that can meet the needs to complete various filtering tasks in the production process.
3. Low price of coarse efficiency filters
The material used for it is alloy material, which has high strength and a wide range of applications. However, the price of this material is also relatively cheap. The filter produced using this material itself is not very expensive, and the overall filtration cost will be reduced due to the low price of the equipment. The prices of various components in the equipment are also relatively cheap.
Specific application scenarios of coarse efficiency filters:
1. Centralized ventilation system for ordinary industrial households;
2. Initial filtration of commercial and industrial ventilation and air conditioning systems;
3. Purification and filtration of general indoor ventilation systems;
4. Ventilation and air conditioning systems for large civil buildings such as hotels, office buildings, shopping malls, sports arenas, and airports.