Bag Filter
Viscosity: less than 10,000 c.p.s
It is used for pre-treatment of water and liquid on petroleum, oil gas, micro electronic, beverage, water treatment
Bag filter housing
Model A
(mm) B
(mm) C
(mm) D
(mm) E
(mm) F
(mm) H
(mm) K
(mm) NO.Bags M3/H
400-2F 1346 1092 254 584 108 400 362 516 2 60
450-2F 1397 1143 292 660 120 450 362 516 2 60
500-3F 1575 1143 343 686 120 500 432 567 3 90
500-4F 1575 1143 343 686 120 500 432 567 4 120
550-4F 1580 1160 360 736 150 550 494 704 4 120
550-5F 1580 1160 360 736 150 550 494 704 5 150
600-4F 1626 1226 356 876 150 600 520 750 4 120
600-5F 1626 1226 356 876 150 600 520 750 5 150
650-5F 1750 1320 356 876 150 650 494 704 5 150
650-6F 1750 1320 356 876 150 650 494 704 6 180
700-6F 1780 1360 356 876 150 700 520 750 6 180
700-7F 1780 1360 356 876 150 700 520 750 7 210
750-8F 1880 1430 480 1050 200 750 672 960 8 240
800-9F 1900 1450 480 1050 200 800 710 1010 9 270
900-10F 2007 1510 533 1219 216 900 813 1163 10 300
1000-12F 2050
Membrane pleated filter cartridge
Matterial:pp od.:º¦69mm id.:º¦28mm length:10" end cap options: 1.Single open end 2.Double open end 3.222 o-ring with flat/fin end 4.226 o-ring with flat/fin end
Hollow fiber UF filter cartridge
Item
UF-8040
Module size(mm)
Dia.ª¦201
Length 1016
Fiber materials
Polypropylene-PP Polyethylen-PE
Shell materials
UPVC
Fiber dimesions
OD. 0.5mm/ ID. 0.4mm
Fiber filtration model
External force (Outside-In filtration)
Fiber membrane area(¬O)
80.5
MWCO(Daltons)
10000-100000
Initial flux(t/h)
í¦7.0
Tab/Well water designed flux(t/h)
2.5-3.0
Surface water designed flux(t/h)
2.0-2.51
Grey/Waste water designed flux(t/h)
1.8-2.0
Feed turbidity required
<100NTU
Filtrate SDI
<2
Filtrate turbidity
<0.2NTU
TOC removal rate
5-40%
Removal>0.2um particles
100% Under MWCO 80000 dalton
Coliform removal
Not found in each 100ml water sample
Bacteria removal
Not found in each 100ml water sample
MAX.feed pressure
0.3Mpa
MAX.pressure drop
0.2Mpa
Recommendatory pressure
0.06-0.15Mpa
Operating temperature
5-45íµ
PH range
1-14
Operating model
End flow or cross flow
