FLOATALYZER G2 100K 5ML 12PK_1085324
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Spectra Por Float-A-Lyzer G2 Dialysis Device, 100K MWCO, 5 mL, 12 Pack

$734.80

The price is inclusive of GST

The Cole-Parmer Float-A-Lyzer G2 Dialysis Device is a disposable, ready-to-use dialysis device designed for easy sample loading and retrieval. Featuring a biotech-grade cellulose ester (CE) membrane with a 100,000 Dalton MWCO, it offers 95–98% sample recovery, 99% sample purity, and less than 10% sample dilution. Ideal for dialyzing electro-eluted proteins, chromatography fractions, and other molecular biology applications.

Product Features

  • Disposable ready-to-use dialysis device for simplified handling
  • 95–98% sample recovery and 99% purity with less than 10% dilution
  • Leak-proof, color-coded screw cap allows easy pipette access for loading, testing, and retrieval
  • Biotech-grade CE membrane with low protein binding, no heavy metals or sulfides
  • Precise 100K MWCO for efficient separation of large biomolecules
  • Available in nine MWCOs ranging from 100 to 1,000,000 Daltons
  • Cylindrical tubing design prevents sample dilution and allows total volume retrieval with included pipette
  • Floatation ring and weighted bottom maintain vertical orientation during dialysis
  • Multiple units can fit in a single reservoir to increase throughput
  • Supplied dry with glycerol; 12 devices per pack

Warning: This product is not approved or intended for, and should not be used for medical, clinical, surgical, or other patient-oriented applications.

Benefits

  • Easy, leak-free dialysis for high-quality sample preparation
  • Minimized sample loss with efficient membrane design
  • Convenient resealable cap for repeated access and in-process testing
  • Compact design ideal for parallel processing of multiple samples

Why Choose Cole-Parmer Float-A-Lyzer G2?

The Cole-Parmer Float-A-Lyzer G2 Dialysis Device combines advanced membrane technology with user-friendly design to deliver reliable dialysis results. Its 100K MWCO membrane is perfect for researchers working with large biomolecules requiring precise separation and high recovery.

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