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Fluoropore™, Mitex™, LCR and Omnipore™ Membrane Filters

Hydrophobic PTFE membrane bonded to a high density polyethylene support

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Fluoropore (PTFE) Membrane Filters · Catalogue No.Borrar Clasificación y Filtrado Show Filter
Número de referenciaTamaño de poroDiámetro del filtro (⌀)Tamaño de envase
FGLP013000.22 µm 13 mm 100
FGLP025000.22 µm 25 mm 100
FGLP047000.22 µm 47 mm 100
FGLP090500.22 µm 90 mm 50
FGLP142500.22 µm 142 mm 50
FHLP013000.45 µm 13 mm 100
FHLP025000.45 µm 25 mm 100
FHLP037000.45 µm 37 mm 100
FHLP047000.45 µm 47 mm 100
FHLP090500.45 µm 90 mm 50
FHLP142500.45 µm 142 mm 50
FALP013001.0 µm 13 mm 100
FALP025001.0 µm 25 mm 100
FALP037001.0 µm 37 mm 100
FALP047001.0 µm 47 mm 100
FALP090501.0 µm 90 mm 50
FALP142501.0 µm 142 mm 50
FSLW025003.0 µm 25 mm 100
FSLW037003.0 µm 37 mm 100
FSLW047003.0 µm 47 mm 100
FSLW090253.0 µm 90 mm 25
FSLW142003.0 µm 142 mm 10

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Unlaminated Fluoropore (PTFE) Membrane FilterBorrar Clasificación y Filtrado Show Filter
Número de referenciaTamaño de poroDiámetro del filtro (⌀)Tamaño de envase
FHUP047000.45 µm 47 mm 100

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Mitex (PTFE) Membrane Filters, plainBorrar Clasificación y Filtrado Show Filter
Número de referenciaTamaño de poroDiámetro del filtro (⌀)Tamaño de envase
LSWP013005.0 µm 13 mm 100
LSWP025005.0 µm 25 mm 100
LSWP037005.0 µm 37 mm 100
LSWP047005.0 µm 47 mm 100
LSWP090255.0 µm 90 mm 25
LSWP142505.0 µm 142 mm 50
LCWP0130010.0 µm 13 mm 100
LCWP0250010.0 µm 25 mm 100
LCWP0470010.0 µm 47 mm 100
LCWP0902510.0 µm 90 mm 25
LCWP1425010.0 µm 142 mm 50

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Mitex (PTFE) Membrane Filters, griddedBorrar Clasificación y Filtrado Show Filter
Número de referenciaTamaño de poroDiámetro del filtro (⌀)Tamaño de envase
LSWG025005.0 µm 25 mm 100
LSWG047005.0 µm 47 mm 100
LCWG0250010.0 µm 25 mm 100
LCWG0470010.0 µm 47 mm 100

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LCR (hydrophilic PTFE) Membrane FiltersBorrar Clasificación y Filtrado Show Filter
Número de referenciaTamaño de poroDiámetro del filtro (⌀)Tamaño de envase
FHLC013000.45 µm 13 mm 100
FHLC025000.45 µm 25 mm 100
FHLC047000.45 µm 47 mm 100

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Omnipore (hydrophilic PTFE) Membrane FiltersBorrar Clasificación y Filtrado Show Filter
Número de referenciaTamaño de poroDiámetro del filtro (⌀)Tamaño de envase
JVWP013000.1 µm 13 mm 100
JVWP025000.1 µm 25 mm 100
JVWP047000.1 µm 47 mm 100
JVWP090250.1 µm 90 mm 25
JVWP142250.1 µm 142 mm 25
JGWP013000.2 µm 13 mm 100
JGWP025000.2 µm 25 mm 100
JGWP047000.2 µm 47 mm 100
JGWP090250.2 µm 90 mm 25
JGWP142250.2 µm 142 mm 25
JHWP013000.45 µm 13 mm 100
JHWP025000.45 µm 25 mm 100
JHWP047000.45 µm 47 mm 100
JHWP090250.45 µm 90 mm 25
JHWP142250.45 µm 142 mm 25
JAWP013001.0 µm 13 mm 100
JAWP025001.0 µm 25 mm 100
JAWP047001.0 µm 47 mm 100
JAWP090251.0 µm 90 mm 25
JAWP142251.0 µm 142 mm 25
JMWP013005.0 µm 13 mm 100
JMWP025005.0 µm 25 mm 100
JMWP047005.0 µm 47 mm 100
JMWP090255.0 µm 90 mm 25
JMWP142255.0 µm 142 mm 25
JCWP0130010.0 µm 13 mm 100
JCWP0250010.0 µm 25 mm 100
JCWP0470010.0 µm 47 mm 100
JCWP0902510.0 µm 90 mm 25
JCWP1422510.0 µm 142 mm 25

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Documentation

Preguntas frecuentes

PreguntaRespuesta
What is the blue separation paper between my filters?It is a parchmentalized paper specially formulated for Millipore Corporation.
How do I tell the membrane from the separator?The blue paper is the separator.
What are the dimensions and width of the grids on the Millipore 47mm gridded membranes?The grids are 3.08mm x 3.08mm square. A grid line is 44um in width and there is are average of 169 gridded squares per filter. Please note however that the actual filtration area and therefore the total number of squares in that area is dependent on the filter holder. For filter holders with 9.6sq.cm of filtration area there are 100 squares available. For filter holders with 13.8 sq.cm of filtration area the number of available grids are approximately 140.
Which side of the membrane should I use, the shiny or dull side?Most researchers may not even notice that there is a "sidedness" to filters, and, for most applications, orientation will not affect filter performance. However, membranes do have a slightly asymmetric pore structure: the shiny side of the membrane is the "tighter" side. In some applications, you can take advantage of this difference by selecting a specific filter orientation. ultrafiltration membranes should always be used shiny side up, regardless of application for drop dialysis ( a buffer exchange technique in which a few drops of DNA or protein are placed in a 0.05 or 0.025 um filter and floated on a buffer solution), apply the sample to the shiny side of the filter and float the filter dull side to the buffer. This measure will enhance buffer exchange and discourage sample loss. The Millipore Express and Express Plus membranees are also sided - these membranes should be used shiny side facing down.
Can I autoclave my filters?Millipore's MF, Durapore, Fluoropore and Mitex filters are all autoclavable. Standard conditions of 121-126C for 20-30 min generally work quite well. However, the filters should be autoclaved on a "slow exhaust (liquid) cycle. Because Fluoropore membranes have a polyethylene backing they will be slightly wrinkled after autoclaving.
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.
Can Fluoropore or Mitex PTFE membranes be gamma sterilized?No. This polymer breaks down when exposed to gamma irradiation. These membranes can be sterilized with EtO or by autoclaving. The membrane can be sanitized via short term (10 minute) soak in 70% ethanol.
When using Fluoropore membranes, what side should be facing up to my solution?If you are performing particle analysis on the membrane surface, you must orient the filter dull side up (facing the solution to be filtered). Otherwise, for general filtration purposes, you may orient the membrane in either direction. In some instances, it has been found that orienting the shiny (laminated backing) side up, a better seal is formed in the filter holder.
What are the protein binding characteristics of the Fluoropore membrane?When wet out with alcohol, the hydrophobic Fluoropore (PTFE) membrane is high protein binding. The hydrophilic LCR (PTFE) membrane is low protein binding.