Filter Holders and Hardware
Fisherbrand™ Vacuum Filter Holders, Silicone Rubber Stoppers
For use with Fisherbrand Vacuum Filter Holders
Cytiva Whatman™ Filter Funnel Replacement Reservoir
Filter Funnel Replacement Reservoirs for the 3-Piece Filter Funnel.
DWK Life Sciences Kimble™ Kontes™ Ultra-Ware™ Microfiltration Assembly with Fritted Glass Support (90mm)
Designed for large sample volumes or samples with high particulate loads that would tend to clog a 47 mm diameter filter
DWK Life Sciences Wheaton™ 47mm Filtration Assembly and Accessories
Designed for filtering viscous or proteinaceous solutions to produce ultraclean filtrate. Wheaton™ 47mm Filtration Assembly and Accessories are manufactured from the highest quality materials.
DWK Life Sciences Wheaton™ Stainless Steel Support Screens
For vacuum filtration assembly. Wheaton™ Stainless Steel Support Screens are manufactured from the highest quality materials.
Merck 1225 Sampling Manifold
Accessories for filter holders for sample preparation.
Pyrex™ Funnel for Filtration System
For use with Pyrex™ Borosilicate Glass Filtration System.
Merck Accessories for Analytical Filter Holders
Accessories for filter holders for sample preparation.
Sartorius 1 Branch Microsart™ Manifolds with Funnels
Filtration stand designed to adapt to a variety of different needs.
DWK Life Sciences DURAN™ Filter Head, with Thread
The funnel head of the filter funnel head is to hold the solution to be filtered.
Thermo Scientific™ Filtration Hardware, Accessories, and Spare Parts
Designed for use in a wide range of applications, Thermo Scientific™ Nalgene™ filtration hardware and accessories can be used in conjunction with our various lines of filtration devices.
Merck Accessories for Classic Glass Filter Holder Kits, 47 mm
Accessory part for the Classic Glass Filter Holder Kits.
DWK Life Sciences DURAN™ Filter Disc Sintered Glass, Porosity 2, edge not fused
A prerequisite for successful work with glass filters is the selection of the right porosity. It is important to select a filter whose largest pore size is slightly below the grain size of the smallest particles still to be separated.