Aervent Hydrophobic Cartridge and Disposable Capsule Filters
The 0.2 µm hydrophobic Aervent polytetrafluoroethylene
(PTFE) membrane provides sterility assurance, high flow rates and throughput.
The Aervent membrane contributes to clean processes due its non-fiber releasing
Hydrophobic Aervent cartridge filters provide high throughput with minimal differential pressure. Cartridges are robust, strong, resilient and are designed to withstand multiple steam-in-place cycles.
Filters with hydrophobic Aervent membrane are designed,
developed, and manufactured in accordance with a Quality Management System
approved by an accredited registering body to an ISO® 9000 Quality Systems
Standard and are shipped with a Certificate of Quality. Each cartridge filter
is integrity tested during manufacturing.
For traceability and easy identification, each filter is labeled with the product name, lot number and serial number.
Multiple Formats Available
Hydrophobic Aervent membranes are available in two device
formats, one pore size, and multiple configurations that vary by filtration
area and type of inlet/outlet connection.
XL disposable capsule filters
- Cartridge filters
Aervent hydrophobic filters will remove particles and microorganisms from gases and liquids. The sterilizing-grade rating is based on HIMA liquid bacterial retention challenge. In gases this filter will remove contamination down to 0.01 µm. Cartridge filters will also sterilize alcohol streams.
|Opticap XL 2||Opticap XL 4||Opticap XL 5||Opticap XL 10||per 10-inch cartridge|
|Materials of Construction|
|Filter Membrane||Hydrophobic PTFE||Hydrophobic PTFE||Hydrophobic PTFE||Hydrophobic PTFE||Hydrophobic PTFE|
|Pore Size (µm)||0.2||0.2||0.2||0.2||0.2|
|Filtration Area, m²||0.1||0.21||0.32||0.65||0.65|
|Maximum Differential Pressure, bar (psid)||Forward: 5.5 (80) @ 25 °C; 1.0 (15) @ 80 °C. Reverse: 4.1 (60) @ 25 °C, intermittent||Forward: 5.5 (80) @ 25 °C; 1.7 (25) @ 80 °C. Reverse: 4.1 (60), intermittent|
|Maximum Inlet Pressure, bar (psi)||5.5 (80) @ 23 °C; 2.8 (40) @ 60 °C; 1.0 (15) @ 80 °C||N/A|
|Bubble Point at 23 °C||≥1100 mbar (16 psig) nitrogen with 70/30 % IPA/water|
|Air Diffusion at 23 °C||≤9 mL/min @ 965 mbar (14 psig) in 70/30 % IPA/water||≤12 mL/min @ 965 mbar (14 psig) in 70/30 % IPA/water||≤24 mL/min @ 965 mbar (14 psig) in 70/30 % IPA/water||≤24 mL/min @ 965 mbar (14 psig) in 70/30 % IPA/water|
|HydroCorr||≤0.12 mL/min @ 2.6 bar (38 psig)||≤0.25 mL/min @ 2.6 bar (38 psig)||≤0.38 mL/min @ 2.6 bar (38 psig)||≤0.75 mL/min @ 2.6 bar (38 psig)||≤0.75 mL/min @ 2.6 bar (38 psig)|
|Quantitative retention of 107 CFU/cm2 Brevundimonas diminuta (ATCC® 19146) per ASTM F838-83 methodology|
|Viral Retention||Rated for aerosol retention of a total challenge of 108–1010 plaque forming units of ΦX-174 virus particles at 85 Nm3/h (50 SCFM) per cartridge.|
|Bacterial Aerosol Growth||Retains Brevundimonas diminuta liquid aerosol for 21 days at a minimum challenge of 107 CFU/cm2.|
|Sterilization||30 autoclave cycles of 30 min @ 135 °C; not in-line steam sterilizable||150 (100 forward/50 reverse) SIP cycles of 30 min @ 145 °C|
|Good Manufacturing Practices||These products are manufactured in a facility which adheres to FDA Device Good Manufacturing Practices.|
|Non-Fiber Releasing||Component materials meet the "non-fiber releasing" criteria as defined in 21 CFR 210.3 (b) (6).|
|Component Material Toxicity||Component materials meet the criteria of the USP <88> Reactivity Test for Class VI Plastics. These products meet the requirements of the USP <88> Safety Test, utilizing a 0.9% sodium chloride extraction.|
|European Pressure Equipment Directive||Millipore Corporation certifies that this product complies with the European Pressure Equipment Directive, 97/23/EC of 29 May 1997. This product has been classified under Article 3 § 3 of the Pressure Vessel Directive. It has been designed and manufactured in accordance with sound engineering practice to ensure safe use. In compliance with Article 3 § 3 of this Pressure Equipment Directive, this product does not bear the CE mark.||N/A|
Typical Air Flow Rate vs Pressure Drop at 25 °C