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Whatman™ Anodisc™ Filter Membranes

Constructed with precision pore structure and narrow pore size distribution. Whatman™ Anodisc™ Filter Membranes ensure a high level of particle removal efficiency. Captures microorganisms and particulates on the surface of the membrane for subsequent analysis.

$905.87 - $2,201.17

Specifications

Material Aluminum oxide
View More Specs
Products
Catalog Number Mfr. No. Autoclavable Includes Diameter (Metric) Outer Pore Size Price Quantity    

09-926-29

  Accessories
whatman™
6809-7023
Yes Without support ring 13mm 0.2μm Pack of 100 Each for $1,017.30

09-926-30

  Accessories
whatman™
6809-7013
Yes Without support ring 13mm 0.1μm Pack of 100 Each for $1,059.46

09-926-31

  Accessories
whatman™
6809-7003
Yes Without support ring 13mm 0.02μm Pack of 100 Each for $1,017.30

09-926-33

  Accessories
whatman™
6809-6012
No Polypropylene support ring 25mm 0.1μm Pack of 50 Each for $1,244.76

09-926-34

  Accessories
whatman™
6809-6002
No Polypropylene support ring 25mm 0.02μm Pack of 50 Each for $1,272.42

09-926-32

  Accessories
whatman™
6809-6022
No Polypropylene support ring 25mm 0.2μm Pack of 50 Each for $1,267.04

09-926-35

  Accessories
whatman™
6809-5022
No Polypropylene support ring 47mm 0.2μm Pack of 50 Each for $2,072.17

09-926-36

  Accessories
whatman™
6809-5012
No Polypropylene support ring 47mm 0.1μm Pack of 50 Each for $2,201.17

09-926-37

  Accessories
whatman™
6809-5002
No Polypropylene support ring 47mm 0.02μm Pack of 50 Each for $1,844.87

09-926-300

 
whatman™
6809-5522
No Without support ring 47mm 0.2μm Pack of 50 Each for $905.87
Description & Specifications

Specifications

Material Aluminum oxide

Anopore inorganic membrane circles available with or without support ring contain no lateral crossovers between individual pores.

  • Wide solvent compatibility reduces the need to stock a variety of membranes in the laboratory.
  • No additives used in the manufacturing process ensures minimal extractables and no sample contamination.
  • Extremely low protein binding minimizes sample loss.
  • Virtually transparent when wet making it highly suitable for microscopy studies.