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Introduction to the performance and use of different air filters
Introduction to the performance and use of different air filtersI. High-efficiency air filter1. This equipment is usually used in normal temperature and humidity environments, and it can also be used in air filtration containing trace acid, alkali, and other organic solvents. It is characterized by high efficiency, low resistance, and large dust capacity, and nowadays it has been used very successfully in many fields such as aerospace, aviation, electronics, pharmaceutical, and biological engineering. 2. We can produce different equipment according to the different needs of users with filtration precision between 0.3 - 0.1μm and ultra-high efficiency filters with capture efficiency ≥99.999%, etc. II. Dense pleated air filter This is also a kind of air filter, usually used for ventilation system filtration, large filtration area, low resistance, and long service life, can be used as pre-filtering equipment for high-efficiency filters, effectively extending the service life of high-efficiency filters, saving the cost of replacement. III. Coarse and medium-effect air filters These devices use primary and secondary non-woven fabric as filter media, and cold plate spraying as the frame, this is the entire filter system of the first and second filter devices, the product is characterized by large dust capacity, low resistance, washable, and we also according to the use of different environments and choice of materials, its efficiency level is divided into F5, F6, F7, F8 these four kinds. IV. High-temperature resistant air filter This equipment is generally used for dust removal treatment in baking houses and can be used at 350 degrees Celsius, because it is made of special materials through fine work, so it will have the performance of high-temperature resistance. After introducing so many professional air filters, are there a lot of people who want to know about its operating procedures? It is very simple, as long as the simple five steps can be expressed. 1. Multiple filters; 2. Titanium oxide to kill toxins; 3. Anion oxygenation; 4. PTC ceramic heating; 5. UV sterilization. |
