Cheapest Factory Hydrophobic PTFE pleated filter cartridge (GSPF) series Supply to Plymouth

Made of PTFE stretched micro membrane, with characteristics of high porosity, low gas resistance, high flux, Every cartridge is integrity tested before delivery.widely used for air filtration in biological fermentation and pharmaceutical industry, clarification&aseptic filtration of low surface tension strong oxidizer and high corrosive liquid.

Every cartridge is integrity tested before delivery

Typical application

Sterile filtration of compressed air;

Terminal air filtration of antibiotic fermentation;

Terminal air filtration of bio-fermentation engineering;

Sterile filtration of various air vent;

Air filtration of aseptic packaging;

Clarification&Aseptic filtration of low surface tension strong oxidizer;

Clarification&aseptic filtration of low surface tension high corrosive liquid;

Features

Good hydrophobicity;

High accuracy, air filter precision can reach 0.01um, efficiency can reach 99.999%;

High porosity, low gas resistance, high flux;

Excellent chemical stability and high temperature resistance;

Can stand up to hundreds of times online steam sterilization;

Material structure

Filter media: Bidirectional stretched PTFE micro membrane;

Diversion layer:Polypropylene fiber

Central tube: Polypropylene, strengthen heat resistance liner;

Shell/End cap: Polypropylene

Seal ring: Silicone rubber/EPDM/fluorous/outer terafluoroethylene rubber

Filter Area:≥0.60m2@ø69, 10”

Operation condition

Max temperature:

A: normal Polypropylene shell and center tube,≤65℃

B: Polypropylene shell&socket liner,≤80℃

C: high molecular weight Polypropylene shell&strengthen heat resistance liner tube&socket liner, ≤95℃

Max differential pressure: Positive pressure difference 4bar@23℃

                     Reverse pressure difference 2bar@23℃

Steam sterilization:121℃ for 30 minutes

Ordering Information

Particle size reduction is achieved through the use of fluid energy jet mills. The material is drawn into a confined, circular chamber by way of pressurized nitrogen gas or compressed air. The powder gets suspended in a high velocity fluid stream in the milling chamber. The mill operates on the principle of impact and attrition due to the high velocity collisions between particles suspended within the nitrogen gas or compressed air stream, causing them to break down into smaller particles. Centrifugal force causes large, heavy particles to separate from smaller and lighter particles. The smaller particles are carried in the fluid stream towards the center of the milling chamber, where they are discharged into a collection bag. Larger particles remain in the milling chamber where they recirculate, causing them to breakdown. Operational parameters are monitored throughout the process and are documented in the batch record.

Based upon solid regulatory, analytical, and manufacturing knowledge, Catalent Micron Technologies will work with you to develop a validation plan which meets your needs. Our staff will provide robust and efficient validation services which comply with cGMP guidelines.

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