Z358193

Nalgene^® vacuum filtration system

filter capacity 500 mL, pore size 0.2 μm

• Synonym(e): bottletop filtration system, sterile filtration, Nalgene 566-0020, bottle top strainer, disposable filter unit
• NACRES: NB.24
• UNSPSC Code: 41104900
• Pore size: 0.2 μm
• Filter capacity: 500 mL
• Packaging: pack of 12
• Material: polyethersulfone membrane
• Sterility: sterile
• Manufacturer/tradename: Nalgene^® 566-0020

Eigenschaften

• material: polyethersulfone membrane
• sterility: sterile
• feature: cap plug seal, graduations
• packaging: pack of 12
• manufacturer/tradename: Nalgene^® 566-0020
• bottle capacity: 500 mL
• filter capacity: 500 mL
• funnel capacity: 500 mL
• membrane diam.: 75 mm
• pore size: 0.2 μm

Beschreibung

General description

Increase filtration efficiency by using the Nalgene^® Rapid-Flow disposable filter units featuring the exclusive Rapid-Flow support column design, providing fast flow rates and high throughput. The last line of defense against cell culture contamination when filtering cell culture media, serum, additives and buffers. With a graduated upper chamber and Polyethersulfone (PES) membrane this filter unit offer higher aqueous flow rates; lower extractables (no wetting agent); lower protein binding; and greater strength, capacity, and chemical resistance than cellulose acetate, nitrocellulose, or nylon.

Application

Nalgene™ vacuum filtration system is suitable for the filtration of serum, cell culture medium, tissue culture, buffers and additives.

Features and Benefits

• Colour coded according to membrane material
• Devices feature the fastest flow rate and lowest clogging of comparable alternatives
• 0.1um PES available for mycoplasma protection
• 0.2um PES devices are stem cell and mouse embryonic assay (MEA) tested
• Non-pyrogenic and endotoxin free
• Rapid-Flow filter units meet the most rigorous testing standards for any vacuum filtration unit
• Graduated Upper chamber

Legal Information

Nalgene is a registered trademark of Thermo Fisher Scientific or its subsidiaries