GE PVDF (Polyvinylidene Fluoride) Transfer Membranes
Product Information
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- Naturally hydrophobic unsupported membrane
- Chemical compatibility allows the use of all commonly used stains
- Low backgrounds, high sensitivity
- Highest binding capacity eliminating sample "blow through"
- BSA binding capacity is 125 µg/cm²
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Applications
- Western transfers
- Protein sequencing
- Peptide mapping
- Amino acid analysis
- Dot/slot blots
Products
| Part # |
Model # |
Description |
Pore Size |
Filter Size |
Qty. |
Price |
 |
| 1214429 |
PV2HY00010 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.22 micron |
300x3000 mm |
1 |
$271 |
 |
| 1215032 |
PV2HY320F5 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.22 micron |
200x200 mm |
5 |
$114 |
 |
| 1214726 |
PV2HYA0010 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.22 micron |
200x3000 mm |
1 |
$183 |
 |
| 1214842 |
PV2HYB0010 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.22 micron |
150x3000 mm |
1 |
$140 |
 |
| 1212639 |
PV4HY00010 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.45 micron |
300x3000 mm |
1 |
$271 |
 |
| 1212644 |
PV4HY310F0 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.45 micron |
100x100 mm |
10 |
$106 |
 |
| 1212636 |
PV4HY315F5 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.45 micron |
150x150 mm |
5 |
$75 |
 |
| 1214802 |
PV4HY320F2 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.45 micron |
200x200 mm |
25 |
$422 |
 |
| 1212637 |
PV4HY320F5 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.45 micron |
200x200 mm |
5 |
$114 |
 |
| 1212643 |
PV4HY415F0 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.45 micron |
100x150 mm |
10 |
$114 |
 |
| 1214558 |
PV4HY910F0 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.45 micron |
90x100 mm |
10 |
$103 |
 |
| 1212642 |
PV4HY912F0 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.45 micron |
90x120 mm |
10 |
$106 |
 |
| 1212783 |
PV4HYA0010 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.45 micron |
200x3000 mm |
1 |
$183 |
 |
| 1212781 |
PV4HYB0010 |
GE PVDF (Polyvinylidene Fluoride) Transfer Membrane |
0.45 micron |
150x3000 mm |
1 |
$140 |
 |
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Product Description
GE PVDF is a naturally hydrophobic, unsupported polyvinylidene fluoride transfer membrane designed, manufactured and tested by GE Osmonics to deliver the highest binding capacity combined with low backgrounds in western transfer, amino acid analysis and protein sequencing applications. Exceptional quality control procedures throughout the manufacturing process eliminates "lot-to-lot" variation and greatly minimizes "bald spot" problems. PVDF assures reproducible results with maximum sensitivity.
Protein can be electroblotted from a variety of gel matrices onto GE PVDF. Because of its high sensitivity and strong binding affinity, protein will not pass through the membrane. The broad chemical compatibility of GE PVDF allows the use of all commonly used stains such as: Amido Black, Colloidal Gold, Coomassie Blue, India Ink and Ponceau-S. GE PVDF will not degrade, distort or shrink when using high concentrations of methanol for destaining. The exceptional tensile strength allows for multiple reprobings and easy removal of target bands without concern for the membrane tearing, fracturing or curling.
To assure you of the highest binding and to eliminate sample "blow through", regardless of how small your peptides may be, GE Osmonics offers three pore size ratings. As standard product, GE Osmonics offers 0.22 and 0.45 micron pore sizes in all sheet and roll configurations.
GE PVDF exhibits efficient transfer of proteins in a wide range of molecular weights, from 5k Daltons to 700k Daltons. The binding capacity averages 125 µg/cm² for larger globular proteins such as immunoglobulins and higher binding capacities for small peptides.
For Additional Information
Please call GE Osmonics' Labstore Support at (800) 444-8212, by fax (952) 988-6662 or email us for questions, pricing and availability. For international support and distributor locations, call +1-952-988-6665 or email us. Many of the standard technical questions are already answered in our Frequently Asked Questions.
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