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ACCUGAF The ACCUGAF filter bag pushes the boundaries of bag filtration technology far beyond traditional designs. With efficiencies greater than 99% each ACCUGAF filter bag provides cost effective filtration solutions for demanding applications. |
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CLEARGAF CLEARGAF is the first and only series of filter bags specifically designed for the requirements of the food, beverage and pharmaceutical industries. |
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DURAGAF DURAGAF filter bags have a unique design that delivers equal filtration performance with lifetimes 2 to 5 times longer than ordinary felt media bags. |
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HAYFLOW Take advantage of the best of both bag and cartridge filtration with the HAYFLOW Filter Element, a new development in filtration technology from Eaton. |
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LOFCLEAR LOFCLEAR filter bags now make absolute filtration viable in many applications where only standard bags could be used in the past due to cost constraints. |
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SENTINEL Now, applications requiring polypropylene or polyester felt filter bags can take advantage of the all-welded construction afforded by Eaton SENTINEL® Filter Bags. These bags, made from silicone free materials feature super-strong welded construction rather than sewn seams. |
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PROGAF In comparison with other filtration technologies, PROGAF delivers lower operating costs while retaining the ease of change-out typical of a bag filer. |
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SNAP-RING Whether you have a filter vessel from Eaton or a vessel from another manufacturer, there is a SNAP-RING Filter Bag that will fit it perfectly. So no matter what type of filter vessel your application uses, you can take advantage of the performance benefits afforded by a SNAP-RING Filter Bag from Eaton. |
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Oil Removal The Eaton Oil Absorption Insert is the ultimate solution for increased oil removal capacity. It is made of meltblown polypropylene with a spun bound cover and a polypropylene extruded core for support. |
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UNIBAG The UNIBAG from Eaton is manufactured from newly designed needlefelt media made from premium recycled fibers without optical white additives. It is singed on the outside for maximum stability and the prevention of fiber release. |