Details
original description: Anotop 10 Syringe Filter Plus, Sterile 0,1µm with Glass Microfibre prefilter 50/pk (MDF TEXT) Anotop™ syringe filters are a universal solution for numerous filtration applications, Anotop filters can be used with most organic solvents and aqueous materials, and they are suitable for sample volumes up to 100 ml, The distinctive hexagonal housing is manufactured from pigmentfree polypropylene to eliminate sample contamination, No wetting agents or adhesives are used in the manufacturing process, Anotop syringe filters contain the proprietary alumina based Anopore membrane and are supplied in three pore sizes, Glass microfiber prefilter versions are available for difficulttofilter samples, Anotop 10: Features: 10 mm diameter syringe filter, Inorganic membrane, Capillary pore structure Benefits: Low protein binding, Filters sample volume up to 10 ml, Low holdup volume < 20 µl ensures maximum sample recovery, Sterile formats are available for critical applications Anotop 10 Syringe Filter Plus, Sterile 0,1 µm with glass microfiber prefilter, 50/pk (WEB) Anotop 10 Syringe Filter Plus, sterile, 0.1 µm, with glass microfiber prefilter Sterile Anotop Plus syringe filters are a universal solution for numerous filtration applications with the added benefit of an integral glass microfiber prefilter. Inorganic membrane. Capillary pore structure. Low protein binding. Integral glass microfiber prefilter. Anotop syringe filters can be used with most organic solvents and aqueous materials and are suitable for sample volumes up to 100 ml. The distinctive hexagonal housing is manufactured from pigmentfree polypropylene to eliminate sample contamination. No wetting agents or adhesives are used in the manufacturing process. Anotop syringe filters contain the proprietary aluminabased Anopore membrane and are supplied in three pore sizes. Glass microfiber prefilter versions are available for difficulttofilter samples. The Anotop Plus syringe filter unit is designed to enable difficult and hardtofilter solutions to be filtered without adversely affecting the filtration efficiency of the final membrane. This can eliminate the need for sample cleanup or expensive and timeconsuming sequential filtration.
