Membrane Selection Guide

Microlab Membrane Filters with an accurately controlled pore size distribution and higher strength and flexibility, which ensure reproducibility and consistency. Microlab offers a full line of membrane materials and media for all types of liquids, solvents or gases, including PES , MCE, Nylon, PVDF , PTFE , PP, GF, CA , MCE, CN and Mesh. Disc Membrane diameters range from 13 mm to 293 mm (other customized shapes also available). which are manufactured in a ISO 9001 certified facility. Most membranes can be sterilized and individually packaged if required.

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Product Introduction

When it comes to laboratory filtration, choosing the right membrane is critical to obtaining accurate and reliable results. Microlab membrane filters are designed to meet the diverse needs of researchers and scientists, offering a variety of materials and pore sizes to suit a variety of applications.

Microlab membrane filters are engineered with a precisely controlled pore size distribution, ensuring consistent and repeatable filtration performance. This capability is critical for obtaining reliable results in research, quality control, and analytical testing. Additionally, the filter is designed for strength and flexibility, providing durability and tear resistance during handling and filtration.

One of the main advantages of Microlab membrane filters is the full range of membrane materials and media available for all types of liquids, solvents or gases. These materials include PES, MCE, Nylon, PVDF, PTFE, PP, GF, CA, MCE, CN and Mesh to meet various filtration needs. Whether you are using aqueous solutions, organic solvents, or air/gas filtration, Microlab offers membrane materials to meet your specific requirements.

In addition to a variety of material options, Microlab membrane filters are available in disc membranes ranging in diameter from 13 mm to 293 mm, with the option of custom shapes to fit unique filtration setups. The filters are manufactured in an ISO 9001 certified factory ensuring strict quality control and compliance with international standards.

Most Microlab membrane filters can be sterilized and individually packaged, providing convenience and flexibility for a variety of laboratory scenarios. This feature is particularly beneficial for applications requiring sterile filtration, where maintaining the integrity of the filtration process is critical.

Microlab membrane filters provide a comprehensive solution for laboratory filtration needs, combining precise pore size distribution, diverse material selection and reliable manufacturing standards. By utilizing this membrane selection guide, researchers and scientists can confidently select the most appropriate membrane filter for their specific application, ensuring consistent and accurate results for their work.

Disc Membrane Part No. Matrix

Product Code	Diameter	Filter Media	Pore Size
M	47	NY	045
M	Φ13 φ25 Φ37 Φ47 Φ50 Φ90 Φ142 Φ293 Customized	Nylon=NY Polyethersulfone =PES Mixed Cellulose Ester=MCE Hydrophobic PTFE=PTB Hydrophilic PTFE=PTL Hydrophobic PVDF=PVB Hydrophilic PVDF= PVL Regenerated Cellulose= RC Polypropylene=PP Cellulose Acetate=CA Cellulose Nitrate=CN	0.1=010 0.22=022 0.45=045 0.65=065 0.8=080 1.0=100 2.0=200 3.0=300 5.0=500 8.0=800 10=1000

Roll Membrane Part No. Matrix

Product Code	Filter Media	Width	Pore Size
M	NY	280	045
M	Nylon=NY Polyethersulfone =PES Mixed Cellulose Ester=MCE Hydrophobic PTFE=PTB Hydrophilic PTFE=PTL Hydrophobic PVDF=PVB Hydrophilic PVDF= PVL Regenerated Cellulose= RC Polypropylene=PP Cellulose Acetate=CA Cellulose Nitrate=CN	270mm 280mm 300mm Customized	0.1=010 0.22=022 0.45=045 0.65=065 0.8=080 1.0=100 2.0=200 3.0=300 5.0=500 8.0=800 10=1000

Mesh Filter Part No. Matrix

Product Code	Diameter	Filter Media	Pore Size
ME	47	NY	045
ME	Φ13 φ25 Φ37 Φ47 Φ50 Φ90 Φ142 Φ293 Customized	Nylon Mesh=NY PP Mesh=PP	20=020 30=030 41=041 60=060 80=080 100=100 120=120 140=140 150=150 160=160 180=180

Grid Membrane

Petri Dish