Sartorius Minisart NML Surfactant-free Cellulose Acetate Standard Syringe Filter (SFCA), 0.2µm, FM, Female Luer Lock, Male Luer Lock, non-sterile

Streamline your laboratory workflows with Minisart^® Syringe Filters while reducing sample loss.

Sterile and Ready-To-Use

Each filter cartridge has been sterilized and is ready to be used immediately. Remove seal from plastic pouch to expose filter and use immediately. Once opened, they cannot be resterilized.

Slightly Asymmetric PES with a Superior Flow Rate

The syringe filter has a slightly asymmetric PES membrane with a high hydrophilic surface to reduce backpressure and achieve a superior flow rate. The narrow pore size makes it particularly suitable for sterile filtration, filtration under vacuum, or pressure filtration in research laboratories. The smaller pores also lead to excellent particle retention capability compared to conventional filters with larger pores.

Low Non-Specific Binding

A vital advantage of these filters is their low non-specific binding capacity. Their hydrophobic properties support clean separations for hydrophilic and lipophilic compounds. This means they can be used in a wide range of filtration applications such as analytical biochemistry, mass spectrometry sample preparation, medical diagnostics kits or chromatography experiments requiring pure separation media.

Bidirectional Use Possible

Minisart^® Syringe Filters can be used in both directions due to unique design, so they are easy to use and convenient for precise results. They are ideal for separating protein solutions from dilute solutions or capillary blood samples, where cell debris must also be removed.

PVC-Free

This filtration component is PVC-free, with no fluorinated materials which have been documented as potentially being harmful to your health or that of lab animals. These synthetic polymers have now started to be banned in many countries worldwide because they do not break down and become part of our environment due to their resistance to natural degradation forces like ultraviolet light, water, etc.