0.2-500 μ M Polypropylene Liquid Filter Bag for Waste Water System

• Customization: Available
• Material: PP
• Medium Material: PP
• Model NO.: MKPB-01
• Cartridge Filter: PP
• Filter Bag Filter: The Filter Type
• Type: Pocket Filter
• Usage: Dust Filter, Liquid Filter, Air Filter
• Filtration Grade: Medium Filter
• Filter Bag Sectional Shape: Round Bag
• Filter Bag Environment: Room Temperature
• Cartridge Installation: Vertical Lifting
• Sewing Method: Ultrasonic Welded or Sewn
• Seal Ring: PP (SDS, G Ring, F Ring and W Ring, etc.), Galvan
• Seal Ring Connection: Ultrasonic Welded or Sewn
• Filter Rating: 0.2-500 μm
• Efficiency: Relative Accuracy, 85% Single Filtration Efficienc
• Surface Treatment: Surface Smooth Treatment to Prevent Free Fibers an
• Material Grade: Free of Silicon and Other Types of Contaminants
• Replacement: 0.10 MPa Replacement Differential Pressure, Not Gr
• Transport Package: Export Package
• Specification: OEM
• Trademark: OEM
• Origin: Shanghai
• HS Code: 84219990
• Production Capacity: 50000 Set/Sets Per Month

Product Description

High Efficiency Polypropylene Liquid Filter Bag

 

PP filter bag is a kind of bag filter elements made of PP and is mainly used in the fields of

petrochemical, paint, biological medicine, automobile manufacturing, food beverage and

industrial dust removal.

Advantages:

This filter material forms a stereoscopic, highly fluffy three-dimensional depth and a tortuous filter layer, featuring loose fiber tissue and greatly enhanced the bearing capacity of impurities. It can effectively remove both solid and soft particles. That is larger particles are trapped in the fiber surface, while fine particles are captured in the deep layer of the filter material to ensure that the filter bag will not be damaged due to increased pressure during use. Therefore, it has a high filtration efficiency. In addition, the high temperature surface heat treatment, i.e., the application of instant sintering

technology or calendaring treatment, can effectively prevent the dissipation of fibers by the high-speed impact of liquid during filtration. It not only ensures that no filtrate pollution caused by fiber shedding occurs, but also avoids the shortening of filter bag life due to excessive blockage of filter holes caused by the traditional roller processing, while

the differential pressure is small and does not affect the flow rate.

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