High Protein Permeation Low Adsorption Sterilizing Grade Filter Cartridge
Product Description:-
High Protein Permeation Low Adsorption Sterilizing Grade Filter Cartridges are specially developed for critical biopharmaceutical and sterile filtration applications requiring maximum protein recovery, low binding characteristics, and superior microbial retention. Manufactured using advanced low-adsorption membrane technology, these cartridges ensure high protein permeation with minimal product loss while maintaining excellent flow rates and sterilization efficiency. Their optimized membrane structure and broad chemical compatibility make them ideal for filtration of protein solutions, vaccines, biological products, enzymes, and other high-value process fluids.
| Parameter | Details |
|---|---|
| Product Name | High Protein Permeation Low Adsorption Sterilizing Grade Filter Cartridge |
| Filter Media | Low Protein Binding Membrane |
| Support Material | Polypropylene |
| Micron Rating | 0.1 µm, 0.22 µm, 0.45 µm |
| Length Options | 10", 20", 30", 40" |
| Diameter | Standard 2.5” & Big Blue 4.5” |
| Maximum Operating Temperature | Up to 80°C |
| Filtration Feature | High protein permeation with extremely low adsorption and product loss |
| Applications | Sterile filtration of protein-rich and biological solutions |
Applications
✅ Biopharmaceutical Industry: Sterile filtration of monoclonal antibodies, vaccines, and biological drugs
✅ Protein & Enzyme Processing: High recovery filtration of protein solutions and enzyme preparations
✅ Biotechnology Applications: Filtration of culture media, serum, and fermentation products
✅ Pharmaceutical Manufacturing: Sterile processing of sensitive active ingredients and injectable formulations
✅ Laboratories & Research: Low-binding filtration for analytical and biological testing applications
✅ Vaccine Production: Efficient sterile filtration with minimal antigen loss
✅ Food & Beverage Industry: Fine filtration of nutraceuticals and protein-based beverages
✅ Cosmetics Industry: Filtration of bioactive cosmetic ingredients and specialty formulations