The QLA Porous Filters, 45 µm, UHMW PE, Distek, 1000/pk (41309-86) are porous cannula filters designed for Distek-compatible dissolution sampling systems. Manufactured from Ultra High Molecular Weight polyethylene, these filters combine a 45 µm pore size with a 1.6 mm (1/16 in) internal diameter and are supplied in packs of 1000.
Key Features
- 45 µm pore size, providing particulate filtration during dissolution sampling
- 1.6 mm internal diameter, equivalent to 1/16 in for the specified cannula filter configuration
- UHMW polyethylene construction, providing a porous filter material that is inert to most compounds
- Distek-compatible configuration, designed for use with compatible Distek dissolution sampling systems
- Designed for sampling cannula use, with filters commonly positioned at the end of the cannula during dissolution processes
- Helps control particulate backflow, reducing unwanted particles entering samples and backing up into sampling tubes
- Free from chromium and heavy metal, according to the verified product information
- Good flow characteristics, supporting sample movement through the porous filter during dissolution testing
- Supplied in packs of 1000, providing a bulk consumable quantity for repeated dissolution sampling
Benefits
- Supports reproducibility and consistency between dissolution tests by helping control particulates during sampling.
- Helps protect sampling tubes from particulate backflow during routine dissolution workflows.
- Provides broad chemical suitability through UHMW polyethylene described as inert to most compounds.
- Provides straightforward selection for compatible Distek systems through the specified 1/16 in internal diameter.
- Supports repeated dissolution sampling with a bulk pack of 1000 filters.
Why Choose the QLA Porous Filters, 45 µm, UHMW PE, Distek, 1000/pk (41309-86)?
These QLA porous filters combine a 45 µm pore size, 1/16 in internal diameter and Distek-compatible configuration for dissolution sampling. Their UHMW polyethylene construction, good flow characteristics and bulk 1000-pack format provide a practical consumable solution for repeated dissolution testing, available from John Morris Group.
