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Breathing Filter

A Breathable Filter is a critical protective device installed on the vent ports of containers such as storage tanks, reactors, and fermenters. It enables gas exchange during container breathing while preventing external microorganisms and particulate contaminants from entering. Its core function is to maintain a sterile environment inside the container, prevent product contamination, and balance internal and external pressure.The device typically consists of hydrophobic filter materials (such as PTFE, PVDF membranes, or glass fiber) and stainless steel/polypropylene housing, effectively filtering particles and microorganisms 0.01μm in the air with filtration efficiency up to 99.999%.
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Products Description

Brief Introduction

A Breathable Filter is a critical protective device installed on the vent ports of containers such as storage tanks, reactors, and fermenters. It enables gas exchange during container breathing while preventing external microorganisms and particulate contaminants from entering. Its core function is to maintain a sterile environment inside the container, prevent product contamination, and balance internal and external pressure.

The device typically consists of hydrophobic filter materials (such as PTFE, PVDF membranes, or glass fiber) and stainless steel/polypropylene housing, effectively filtering particles and microorganisms ≥0.01μm in the air with filtration efficiency up to 99.999%.


Parameters

Shell MaterialsStainless Steel304, 316, 316L
Filter Element Interface Type226 (Card-in type)
Pipe Connection MethodsClampExternal Connectors
FlangeHG20593-1997; PN1.0~1.6MPa
ThreadBritish Standard Pipe Thread
Work Pressure0.3MPa, 0.8MPa
Filter Accuracy0.01μm, 0.1μm, 0.22μm, 0.45μm
Filtration Efficiency100.00%

Features

1. Excellent Sterility Assurance

Effectively blocks bacteria, bacteriophages, and particles in the air

Maintains sterility in key systems like bioreactors and sterile storage tanks

Prevents cross-contamination, ensuring product purity and consistent quality

2. Reliable Hydrophobic Performance

Uses hydrophobically treated filter membranes to effectively block liquid penetration

Prevents filter clogging caused by liquid foam entrainment in tanks

Maintains stable ventilation performance in humid environments

3. Outstanding Chemical Compatibility

Resists corrosion from acids, alkalis, and organic solvents

Suitable for various harsh process environments

Compatible with sterilization methods like steam and ethylene oxide

4. Energy Efficiency and Economy

Low airflow resistance design reduces energy consumption

Reusable after sterilization, lowering operating costs

Long service life reduces waste generation

5. Intelligent Monitoring

Can be equipped with integrity test interfaces

Supports online sterilization and monitoring

Facilitates validation and compliance management


Application Scenarios

Pharmaceutical Industry: Ventilation protection for bioreactors, fermenters, crystallizers, and sterile storage tanks

Food and Beverage: Respiratory protection for fermentation tanks, mixing tanks, and sterile storage tanks

Electronic Chemicals: Air filtration for high-purity chemical storage tanks and precision electronic material containers

Laboratories: Ventilation filtration for shakers, biosafety cabinets, and cell culture incubators



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