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Multi Bag Filter

Superiority
1. The multi bag filter is ideal for high flow filtration, and it can accommodate many impurities. Also, it allows a filter bag to be replaced even after long-term use. A single machine can offer the minimum flow rate of 50tons per hour. Daily maintenance of our product is extremely convenient.
2. This fluid filtrationsysem adopts stainless steel 304 or 316, or other materials. It is suitable for handling a variety of acidic liquids, base liquids, solvents, and neutral liquids. The use of high-grade design specifications guarantees adequate corrosion allowance and the highest reliability.
3. For better satisfying the requirements of different customers and places, we can offer a kind of filtration apparatus with both heating jacket and anti-corrosion inner surface. This apparatus can bear load of less than 10kg.
4. By adoption of fluid piping design, the multi bag filter is able to greatly reduce pressure loss and energy. Outstanding sealing design combined with patented ring can overcome the side leakage problem of a traditional filtration apparatus.
5. Our product has gone through a mirror polish or sandblast matte finish.

Multi Bag Filter


Technical Parameters
Model DL-2P2S
Number of Bag Size 2
Quantity of Bags 2
Filter Area (m2) 1
Diameter of Inlet and Outlet (mm) φ50
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 70

Model DL-3P2S
Number of Bag Size 2
Quantity of Bags 4
Filter Area (m2) 1.5
Diameter of Inlet and Outlet (mm) φ50
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 100

Model DL-4P2S
Number of Bag Size 2
Quantity of Bags 4
Filter Area (m2) 2
Diameter of Inlet and Outlet (mm) Φ100
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 150

Model DL-5P2S
Number of Bag Size 2
Quantity of Bags 5
Filter Area (m2) 2.5
Diameter of Inlet and Outlet (mm) Φ150
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 175

Model DL-6P2S
Number of Bag Size 2
Quantity of Bags 6
Filter Area (m2) 3
Diameter of Inlet and Outlet (mm) Φ200
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 210

Model DL-7P2S
Number of Bag Size 2
Quantity of Bags 7
Filter Area (m2) 3.5
Diameter of Inlet and Outlet (mm) Φ200
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 245

Model DL-8P2S
Number of Bag Size 2
Quantity of Bags 8
Filter Area (m2) 4.0
Diameter of Inlet and Outlet (mm) Φ250
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 280

Model DL-10P2S
Number of Bag Size 2
Quantity of Bags 10
Filter Area (m2) 5.0
Diameter of Inlet and Outlet (mm) Φ250
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 350

Model DL-12P2S
Number of Bag Size 2
Quantity of Bags 12
Filter Area (m2) 6.0
Diameter of Inlet and Outlet (mm) Φ300
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 420

Model DL-14P2S
Number of Bag Size 2
Quantity of Bags 14
Filter Area (m2) 7.0
Diameter of Inlet and Outlet (mm) Φ300
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 490

Model DL-16P2S
Number of Bag Size 2
Quantity of Bags 16
Filter Area (m2) 8.0
Diameter of Inlet and Outlet (mm) Φ300
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 560

Model DL-18P2S
Number of Bag Size 2
Quantity of Bags 18
Filter Area (m2) 9.0
Diameter of Inlet and Outlet (mm) Φ350
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 630

Model DL-20P2S
Number of Bag Size 2
Quantity of Bags 20
Filter Area (m2) 10.0
Diameter of Inlet and Outlet (mm) Φ350
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 700

Model DL-22P2S
Number of Bag Size 2
Quantity of Bags 22
Filter Area (m2) 11.0
Diameter of Inlet and Outlet (mm) Φ350
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 770

Model DL-24P2S
Number of Bag Size 2
Quantity of Bags 24
Filter Area (m2) 12.0
Diameter of Inlet and Outlet (mm) Φ350
Working Pressure (MPa) 0.5
Max. Low Velocity (m³/h) Viscosity=1cP 840

Remark
The maximum flow rate is a reference value in water treatment process. An actual value changes with the impurity content, differential pressure, and the viscosity of liquid.


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