3M Betapure AUL Series Filter Cartridge AU02Z15FCSF6, 2 in, .006 um,
222, 3/Case
Sold As:3-Pack
SKU:7100212353
MPN:70020351592
Stock Item:Stock items typically ship within 2-3 business days
UPC:00638060354940
3M ID:70020351592
$73.46
($24.49 / Count)
Product Description
We set a high standard of filtration with our Betapure AU Series Filter Capsules. This capsule is a polypropylene encapsulated filter that does not require a separate filter vessel. Available in a wide range of configuration, including sanitary flange and hose barb connections, the 2.5" and 5" capsules are ideal for small batch and filter test applications.
Specifications
Shelf Life
1825 Days
Features
Excellent reduction of deformable contaminants for consistent effluent
Ideal for small batch and filter test applications
Low pressure drop provides long service life while using smaller filter housings
Rigid structure provides consistent and reproducible contaminant reduction
Rigid structure reduces cartridge by-pass and unloading for consistent filtration throughout product lifecycle
3M Betapure AUL Series Filter Capsules contain 3M Betapure AUL filters that represent a new generation in Chemical Mechanical Planarization (CMP) slurry classification providing superior reduction of...
We set a high standard of filtration with our Betapure AU Series Filter Capsules. This capsule is a polypropylene encapsulated filter that does not require a separate filter vessel. Available in a...
3M Betapure AUL Series Filter Cartridges represent a new generation in Chemical Mechanical Planarization (CMP) slurry classification providing superior reduction of large particle counts for improved...
3M Betapure AUL Series Filter Cartridges represent a new generation in Chemical Mechanical Planarization (CMP) slurry classification providing superior reduction of large particle counts for improved...
3M Betapure AUL Series Filter Capsules contain 3M Betapure AUL filters that represent a new generation in Chemical Mechanical Planarization (CMP) slurry classification providing superior reduction of...