The Compfil™ P-SRF filter is a wounded depth filter, which has both inner and outer guards and end caps made of stainless steel. Consisting of a three dimensional borosilicate depth media, the P-SRF achieves a void volume of 95%, ensuring a high containment capacity at high flow rates and low differential pressure. A retention rate of > 99.99998% related to 0.01 µm is achieved during operation.
The Compfil™ P-SFR is manufactured in accordance with cGMP requirements and is manufactured according to DIN EN ISO:9001. All components meet the FDA requirements for the contact with food in accordance with the CFR requirements (Code of Federal Regulations) title 21.
- Aseptic packing
- Chemical Industry
- Fermentation processes
- Food and beverage
- Water treatment systems
Features and Benefits
- Robust construction
Due to the outer guard and end caps' stainless steel construction, the filter exhibits high mechanical and thermal stability, proving an excellent choice for chemical and numerous aggressive gases.
- Non fibre releasing element
Manufactured without the use of binders or other chemical additives.
- Absolute retention rate of 99.99998% related to 0.01μm
Validated retention rate, integrity testable with DOP test according to HIMA.
- Three-dimensional borosilicate depth filter media
High waste containment capacity, low differential pressure and high flow rate.
- Biologically and chemically inert
No breeding ground for separated microorganism.
- 100 sterilization cycles guaranteed
High economical efficiency and low filtration costs.
- Available in 13 sizes
Optimum filter size for individual application.
- Stainless steel cord and end-caps
Temperature range from -20 to 200ºC (-4 to 392ºF).
- Meets industry standards
Corresponds to cGMP requirements and is manufactured according to DIN EN ISO:9001. P-SRF has passed the toxicological test according to USP XX Class VU for plastics. All components meet the FDA requirements for the contact with food in accordance with the CFR requirements (Code of Federal Regulations) title 21.