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Aokai - Non-woven Air Dust Filter Bags Material Filter Cloth
Filter Bags Material , customized, carefully selected , Filter Bags Material also called filter cloth , filter fabric , filter media , filter material ,needle felt , needle punched felt . These are both the material of filter bags. Meet your needs to control dust emissions and extend service life. Aokai Envirotec low emission, low energy consumption, flue gas dedusting system expert. The whole set of Filter Bags Material (polyester, acrylic, PPS, Teijin aramid, DuPont aramid, China aramid, P84, PTEE, glass fiber) are customized and carefully selected according to your dust collector type, dust concentration, dust composition and dust characteristic, so as to meet your needs to control dust emissions and extend service life.
Careful production, perfect quality, stable performance
The weight deviation of all our products is ±2% that improvement the use of products in process of uneven air permeability and reduce the service life. Filter Bags Material production uses double lapping and carding approach that finishes the final product in one single pass. All fiber will enter the feeding equipment, going through processes of scattering, mixing, carding, lapping and re-scattering. Punching will make the layers of fiber and scrim to inter-penetrate, forming semi-finished filter felt. High temperature treatment will then stabilize the shape and size of the felt.
Filter Bags Material surface treatment technology
Solve the troubles of Filter Bags Material selection caused by different dust characteristic in working conditions
In Aokai Envirotec, the felt may be further processed by pressing, coating, dipping, membrane-laying, or waterproof treatment according to particular requirements of customers.
Surface treatments and protective finishes have the following advantages:
- Optimal surface filtration;
- Lower energy costs by efficient cleaning of the Filter Bags Material ;
- Improved protection against mechanical and chemical influences;
- Greater efficiency due to longer operational life;