FIS09-761-5 500mL Vacuum Filter/Storage Bottle System

• Sterile vacuum filtration system size 500 mL with 45 mm neck size
• Funnel contains 63 x 63 mm square membrate filter
• Receiver easily unscrews from unit and can be sealed with a plug cap for filtrate storag
• Low liquid retention funnel design
• Filters feature printing on the funnel for easy product identification
• Angled hose connector simplifies vacuum line attachment
• Receiver bottles feature easy grip sides for improved handling
• Extra plastic storage bottles are available
• Prefilters must be ordered separately
• Individually packaged
• Radiation sterilized and certified nonpyrogenic
• Caps for receiver bottles are sterile and individually packaged
• Units are color coded by membrane type and labeled with both membrane material and pore size
• All membrane types are tissue culture compatible, and heat-sealed to the support grid to maximize flowrate, and reduce foaming and protein denaturization
• Cellulose Acetate (CA) membrane for low protein binding
• Nylon membrane for low extractables
• Cellulose nitrate (CN) for general-purpose filtration
• Polyethersulfone (PES) for fast flowrates and low protein binding
• Nylon, Cellulose Nitrate and Polyetersulfone (PES) membranes are detergent-free
• Not for parenteral use

Specifications:

• Connectors: Angled Hose
• Description: Includes square membrane filter, graduated funnel and receiver of clear polystyrene, polyethylene neck adapter, orange HDPE plug seal
• Disposable: Single-use
• For Use With (Equipment): Bottle
• Material: Polystyrene
• Material (Membrane): Cellulose Acetate
• Pore Size: 0.22 μm
• Sterility: Sterile
• Filtration Area: 33.2 cm2
• For Use With (Application): Cellulose acetate membranes provide fast flow rates and low protein binding and are good for filtering cell culture media
• Graduations: Yes
• Quantity: 12/Cs.
• Type: Vacuum Filter System
• Volume (Metric): 500 mL
• Volume (Metric) Receiver: 500 mL
• Unit Size: Case

Note: Picture is for illustration only. The actual product might be different