Bag Filter with Micro Glass Fleece for Fine Filtration - Performance Article

POCKET FILTERS MULTISACK G

POCKET FILTERS MULTISACK G




    The bag filter consists of the front fixing frame and several filter bags. Individual bags are of wedge-shaped design and they are made of micro glass fleece. Distant threads ensure full-scale use of the depth of the bag and thus also overall filtration area. Filter bags are fixed into the stable frame of U-profile (height of 25 mm) by using glue and fixing elements. Frames are made of zinc-plated metal sheet or from the plastic profile. 

    Field of use 

    Bag filters are used for fine filtration with high level of arrestance. 

    Examples of use 

    • Ventilation and air-conditioning systems of industrial companies, public buildings, schools, sport halls.
    • Ventilation and air-conditioning equipment for laboratories, hospitals, chemical and pharmaceutical production plants
    • Air inlet for spray booth and ventilation of airport lounges

    Advantages of use 

    • Bag filter with a plastic frame can be fully burnt after its exchange
    • Full-scale use of the bag´s depth ensures high dust capture capacity
    • Wide assortment of standard design of the bag filter with ten sizes of front frames

    Other options of design 

    • Antistatic – version for explosive environment, marking EX
    • SepTex – antibacterial and anti-fire version

    Technical data is related to the standard size of the filter 592x592 mm and standard number of bags.

        G55 G65 G85 G95

    Filter class

    [EN 779] F 5 F 6 F 7 F 9
    Air quantity  [m3/h] 3400 3400 3400 3400
    Length of bag (Standard)  [mm]  600 600 600  600 
    Number of bags (Standard)   [pc] 
    Initial Pressure drop   [Pa]  50  50  100  155 
    End pressure drop  [Pa]  450  450  450  450 
    Arrestance  A  [%]  97,1  98,9  99,8  99,8 
    Arrestance  E  [%]  48,6  65,5  85,1  95,4 
    Max. operating temperature   [°C]  80  80  80  80 
    Max. relative humidity  [%]  100  100  100  100 
    Filter medium     micro glass fibre