Pharmaceutical Decarbonization Titanium Filter Cartridge, 0.22-80 µm (CAT#: STEM-BC-2983-ZJF)

This sintered titanium cartridge is designed for removal of activated carbon and suspended particles from pharmaceutical process liquids. It is manufactured from 99.6% industrially pure titanium by high-temperature vacuum sintering. The porous depth structure captures carbon fines within interconnected pore channels. High mechanical strength supports pressure filtration and repeated regeneration. Titanium provides resistance to many acids, alkalis, acetone, ethanol, methyl ethyl ketone, and other compatible solvents. The cartridge can operate at temperatures up to 300°C under suitable conditions. It can be cleaned by water backwashing, steam backblowing, ultrasonic treatment, acid washing, or alkaline washing. The reusable construction helps reduce disposable filter consumption in decarbonization processes.

Model: Pharmaceutical Decarbonization Titanium Filter Cartridge
Material: Industrially pure titanium
Titanium purity: 99.6%
Filtration ratings: 0.22, 0.45, 1, 3, 5, 10, 15, 20, 50, and 80 µm
Manufacturing method: High-temperature vacuum sintering
Filtration type: Depth filtration
Maximum stated operating temperature: 300°C
External-pressure strength reference: 20 kg without connector
Internal burst-force reference: 10 kg without connector
Regeneration methods: Pure-water backwash, steam backblow, ultrasonic cleaning, acid washing, and alkaline washing
Target contaminant: Activated-carbon fines and suspended solids
Suitable fluids: Pharmaceutical liquids and compatible organic solvents

Activated-carbon fines removal
Pharmaceutical-process suitability
Strong solvent compatibility
High-temperature operation
High mechanical strength
Multiple precision options
Reusable regenerable construction
Depth-filtration performance

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