PTFE Membrane Filter, HDPE Cage
PF3/HPF3/UPE(Φ69,Φ83)seriesiltes utmly low metal extractables. Suitable for benzene, toluene organic solvents, corrosive liquids and wet process chem-icals.
Hydrophobic(PF3) and hydrophilic (HPF3) PTFE mem- branes are both available for liquid or gas applications.
| Filter Media | Hydrophobic PTFE/UPE Hydrophilic PTFE/UPE |
| Support | HDPE |
| Endcaps/Cage/Core | HDPE |
| Max. Working Temp. | 70℃ |
| Max. Operating DP | Forward 0.42Mpa |
| Reverse 0.21Mpa |
| Removal rating | Adaptor | Length | Sealing | Packaging | |
| PF3 | 005-0.05um | 0D=DOE | 05=5" | E=DPDM | /= Without prewet |
| HPF3 | 010=0.10um | 2F=222Spear | 10=10" | V=Viton | W=Prewet filter |
| UPE | 022=0.22um | 2C-222Flat | 20=20" | S-Silicone | |
| 045=0.45um | 6F=226Spear | 30=30" | T=FEP/Viton | ||
| 10T=10um | 6C=226Flat | 40=40" | |||
| 83PF3 | 2C=222Flat | 08=8" | E=EPDM | /= Without prewet | |
| 83HPF3 | 6C=226Flat | 10=10" | T=FEP/Viton | ||
| 83UPE | W=Prewet filter |
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PF4/HPF4(Φ56, Φ69, Φ83) Series Filter
PF4/HPF4(Φ56,Φ69, Φ83) series filter cartridges feature the best chemical compatibility and could be used in the most aggressive chemicals including strong acids, bases, corrosive liquid and oxidant. All fluorine construction and superior cleaningstandard effectively reduces metal, chlorides and other contaminants. High flow rate, long service life.
Hydrophobic(PF4) and hydrophilic(HPF4) PTFE mem branes are both available for liquid or gas applications.
T-PFA/L-PFA Disposable Filters: High-Purity and Performance
T-PFA/L-PFA filters are disposable capsule filters with high-purity PFA materials and PTFE membranes for high-temperature and critical applications.
PTFE Membrane Filter
The durability of PTFE membrane filters, chemical resistance, and ability to withstand extreme temperatures make them demonstrate superior performance and a longer lifespan, suitable for Industrial and biotechnology.
The filtration process involves the selective permeability of the PTFE membrane. As fluids pass through, the membrane discriminates against particles based on size, allowing only the desired elements to flow through. This mechanism finds extensive application in various industries, ensuring the purity of the filtered substances.
