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Nylon Membrane and Net Filters

Broad chemical compatibility

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Overview

Specifications

Ordering Information

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Nylon Membrane Filters · Catalogue No.Clear Sorting & Filtering Show Filter
Catalog NumberPore SizeFilter Diameter (⌀)Pack Size
ANWP047000.8 µm 47 mm Hydrophilic, 0.8 µm, 47 mm, white, plain, 100
GNWP025000.2 µm 25 mm Hydrophilic, 0.20 µm, 25 mm, white, plain, 100
GNWP047000.2 µm 47 mm Hydrophilic, 0.20 µm, 47 mm, white, plain, 100
HNWP025000.45 µm 25 mm Hydrophilic, 0.45 µm, 25 mm, white, plain, 100
HNWP047000.45 µm 47 mm Hydrophilic, 0.45 µm, 47 mm, white, plain, 100
RNWP025001.2 µm 25 mm Hydrophilic, 1.2 µm, 25 mm, white, plain, 100
RNWP047001.2 µm 47 mm Hydrophilic, 1.2 µm, 47 mm, white, plain, 100

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Nylon Net FiltersClear Sorting & Filtering Show Filter
Catalog NumberPore SizeFilter Diameter (⌀)Pack Size
NY100470010.0 µm 47 mm Hydrophilic, 10 µm, 47 mm, 100
NY100900010.0 µm 90 mm Hydrophilic, 10 µm, 90 mm, 50
NY100250010.0 µm 25 mm Hydrophilic, 10 µm, 25 mm, 100
NY110001011.0 µm Not Applicable Hydrophilic, 11 µm, 30 cm x 3 m, 1
NY110250011.0 µm 25 mm Hydrophilic, 11 µm, 25 mm, 100
NY110900011.0 µm 90 mm Hydrophilic, 11 µm, 90 mm, 50
NY110470011.0 µm 47 mm Hydrophilic, 11 µm, 47 mm, 100
NY200001020.0 µm Not Applicable Hydrophilic, 20 µm, 30 cm x 3 m, 1
NY200900020.0 µm 90 mm Hydrophilic, 20 µm, 90 mm, 50
NY200470020.0 µm 47 mm Hydrophilic, 20 µm, 47 mm, 100
NY200250020.0 µm 25 mm Hydrophilic, 20 µm, 25 mm, 100
NY300900030.0 µm 90 mm Hydrophilic, 30 µm, 90 mm, 50
NY300250030.0 µm 25 mm Hydrophilic, 30 µm, 25 mm, 100
NY300470030.0 µm 47 mm Hydrophilic, 30 µm, 47 mm, 100
NY410001041.0 µm Not Applicable Hydrophilic, 41 µm, 30 cm x 3 m, 1
NY410900041.0 µm 90 mm Hydrophilic, 41 µm, 90 mm, 50
NY410250041.0 µm 25 mm Hydrophilic, 41 µm, 25 mm, 100
NY410470041.0 µm 47 mm Hydrophilic, 41 µm, 47 mm, 100
NY600001060.0 µm Not Applicable Hydrophilic, 60 µm, 30 cm x 3 m, 1
NY600250060.0 µm 25 mm Hydrophilic, 60 µm, 25 mm, 100
NY600470060.0 µm 47 mm Hydrophilic, 60 µm, 47 mm, 100
NY600900060.0 µm 90 mm Hydrophilic, 60 µm, 90 mm, 50
NY800470080.0 µm 47 mm Hydrophilic, 80 µm, 47 mm, 100
NY800250080.0 µm 25 mm Hydrophilic, 80 µm, 25 mm, 100
NY800900080.0 µm 90 mm Hydrophilic, 80 µm, 90 mm, 50
NY1H00010100.0 µm Not Applicable Hydrophilic, 100 µm, 30 cm x 3 m, 1
NY1H02500100.0 µm 25 mm Hydrophilic, 100 µm, 25 mm, 100
NY1H04700100.0 µm 47 mm Hydrophilic, 100 µm, 47 mm, 100
NY1H09000100.0 µm 90 mm Hydrophilic, 100 µm, 90 mm, 50
NY2H02500120.0 µm 25 mm Hydrophilic, 120 µm, 25 mm, 100
NY2H04700120.0 µm 47 mm Hydrophilic, 120 µm, 47 mm, 100
NY2H09000120.0 µm 90 mm Hydrophilic, 120 µm, 90 mm, 50
NY4H04700140.0 µm 47 mm Hydrophilic, 140 µm, 47 mm, 100
NY4H02500140.0 µm 25 mm Hydrophilic, 140 µm, 25 mm, 100
NY4H09000140.0 µm 90 mm Hydrophilic, 140 µm, 90 mm, 50
NY6H00010160.0 µm Not Applicable Hydrophilic, 160 µm, 30 cm x 3 m, 1
NY6H02500160.0 µm 25 mm Hydrophilic, 160 µm, 25 mm, 100
NY6H04700160.0 µm 47 mm Hydrophilic, 160 µm, 47 mm, 100
NY6H09000160.0 µm 90 mm Hydrophilic, 160 µm, 90 mm, 50
NY8H02500180.0 µm 25 mm Hydrophilic, 180 µm, 25 mm, 100
NY8H04700180.0 µm 47 mm Hydrophilic, 180 µm, 47 mm, 100
NY8H09000180.0 µm 90 mm Hydrophilic, 180 µm, 90 mm, 50
NY05025005.0 µm 25 mm 100
NY05047005.0 µm 47 mm 100
NY05090505.0 µm 90 mm 50

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AccessoryClear Sorting & Filtering Show Filter
Catalog NumberDescriptionPack Size
XX6200006PFilter forceps, blunt end, stainless steel 3

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Documentation

FAQ

QuestionAnswer
What is the temperature range that the nylon net membranes can tolerate?The temperature range is -40 to 115 ºC in dry conditions, discoloration may occur above 100º C.
What is the difference between pore size and pore size distribution?Whereas pore size is a measure of the diameter of the largest pore, pore size distribution is a measure of the range of pore sizes. The range of pore sizes can be normally distributed, and the spread can be quite narrow (e.g. the ratio of largest to smallest may be less than 2). On the other hand, pore size distribution can be very heterogeneous. In the case of large spreads and heterogeneity, the pore size will be far less predictive of flow rate (either filtration or capillary) than it will be for a membrane with a narrow pore size distribution. It is important to note that the pore size corresponding to the bubble point is not at the middle of the distribution, but is the largest pore.