Jaw-dropping Sartorius 180e02---------e Sartolab® Rf 150, Pes Vacuum Filtration Units For 150 Ml Samples, 12/pack Special: 75% Discount [cjKuv2lA]

Sartolab® RF 150, PES Vacuum Filtration Units are convenient vacuum filtration units designed for filtration of small volumes up to 150 mL. Utilizing a polyethersulfone membrane gives the Sartolab® RF 150 several important benefits for vacuum filtration. They offer the highest flow rates, low protein binding properties and more.

Intended Use and Function

The Sartolab® RF 150 Vacuum Filtration Units are intended for the vacuum filtration of liquids, such as cell culture media, biological fluids and other aqueous solutions. These units are intended for single-use and must be disposed of after use. They are intended for research purposes only.

Materials of the Sartolab® RF 150

The Sartolab® RF 150 includes either a 0.22 µm or a 0.45 µm polyethersulfone membrane filter, polystyrene (PS) funnel, lid, bottle and high-density polyethylene (HDPE) tubing connector, and screw cap. Screw caps of the bottles are delivered extra packed and individually wrapped to maintain sterility up to the end of filtration. The tube connector is included for stand-alone filtration.

Vacuum Source for Sartolab® RF 150

The Sartolab® RF 150 Vacuum Filtration Unit must be connected to a vacuum source. This can be achieved by directly connecting the unit to your vacuum source. Alternatively, with the unique Sartolab® Multistation, you can perform vacuum filtration with up to six units, all at the same time. The Multistation utilizes a single vacuum source.

Highest Flow Rates and Low Protein Binding Properties

The polyethersulfone (PES), an asymmetric membrane, is unparalleled and the membrane of choice for these Sartolab® RF 150 Vacuum Filtration Units, as it combines very low protein binding properties and the highest flow rates. When considering these and multiple other benefits, including ergonomic design and state-of-the-art engineering, these units are the optimal choice for sterile vacuum filtration.