Recommended when maximum recovery is important. EMD Millipore Durapore™ PVDF Membranes: 0.45μ Pore Size provide high flow rates and throughput, low extractables, broad chemical compatibility and low protein binding. Available in diameters ranging from 13mm to 142mm.

Useful for most filter applications

Designed for a wide range of analytical and research applications. EMD Millipore MF-Millipore™ Mixed Cellulose Ester Membranes, 0.45µm pore size are available in a range of diameters. Composed of mixed cellulose membrane in black or white with a plain or gridded surface.

Designed for air monitoring, bioassays, dairy microbiology, particle monitoring and particle removal. EMD Millipore MF-Millipore™ Mixed Cellulose Ester Membranes, 0.80µm pore size are available in a range of diameters. Composed of mixed cellulose membrane in black or white with a plain or gridded surface.

Filtration of aqueous or organic solutions

Plain white nylon membranes offer low extractables, high uniformity

For serum samples

For use in Air monitoring, Fluid monitoring, particle collection and analysis, and QC of fluid holding tanks

Recommended when maximum recovery is important. EMD Millipore Durapore™ PVDF Membranes: 0.22μ Pore Size provide high flow rates and throughput, low extractables, broad chemical compatibility and low protein binding. Available in diameters ranging from 13mm to 142mm.

Membrane Filters suitable for use in the Microsart e.motion dispenser

Use for analyses of airborne contaminants and other particles using optical or electron microscopy. EMD Millipore Isopore™ Polycarbonate Membrane Filters have a smooth, glass-like surface for clearer sample observation. Available in a variety of pore sizes/flow rates, diameters and colors.

Flexible and durable for easier handling.   GE Healthcare Nylon Membranes are naturally hydrophilic, eliminating need for wetting agents and prewetting when filtering aqueous solutions.

Designed for a wide range of analytical and research applications. EMD Millipore MF-Millipore™ Mixed Cellulose Ester Membranes, 5.0µm pore size are available in a range of diameters. Composed of plain, white mixed cellulose membrane.

Designed for a wide range of analytical and research applications. EMD Millipore MF-Millipore™ Mixed Cellulose Ester Membranes, 0.22µm pore size are available in a range of diameters. Composed of plain, white mixed cellulose membrane.

Ensure quality control in microbiological filtering. Sartorius™ Gridded Sterile Cellulose Nitrate Membrane Filters, 0.45μm are single-packed membranes with colored grids for colony counting, particle testing and microscopy. The 0.45μm pore size is made in accordance with ISO 7704. Choose from two diameters and quantities in a range of filter/grid color combinations.

Recommended for majority of routine applications, this membrane is manufactured under strictly controlled conditions.  Whatman™ Type WCN Cellulose Nitrate Membranes narrow pore size distribution for improved surface capture and analysis.

Recommended when maximum recovery is important

Unlaminated for extreme chemical or temperature conditions

Compatible with virtually all solvents, acids and alkaline solutions

Recommended when maximum recovery is important

Whatman polyethersulfone (PES) membrane filters from GE Healthcare’s Life Sciences business are hydrophilic and stable in alkaline pH, making them suitable for biological samples and aqueous applications.

Product

Validated for water and air monitoring, used in analytical and research applications.

Made from mixed esters of cellulose and have been optimized for MF method microbiological analysis of water or other liquids

Plain white polyethersulfone membranes provide ultrafast filtration for a variety of applications

Uniform microporous structure has low extractables, low ash

An excellent, faster-working alternative to traditional gravity-based liquid filtration.

Manufactured from high-quality polycarbonate film and track-etched for high pore size precision. Whatman™ 25mm Nuclepore™ Polycarbonate Track-Etched Membranes combine high flow rates and chemical and thermal resistance with sharply defined pores, making them suitable for microscopy, cytology, parasitology, and certain air and oceanography analyses.