Learn More
Thermo Scientific™ HyperSep™ Silica Plates
Retain analytes in nonpolar matrices, and separate compounds of very similar structure with these silica SPE well plates and individual wells.
Brand: Thermo Scientific™ 60307-233
Description
The use of SPE sample preparation can significantly enhance the robustness and reliability of many biological, pharmaceutical, forensic and environmental applications.
Thermo Scientific™ HyperSep™ Silica Plates feature a polar sorbent primarily used to retain analytes in nonpolar matrices, and can effectively separate compounds of very similar structure. Typical applications include:
- Extraction of polar compounds including aldehydes, amines, drugs, pesticides and herbicides
- Extraction of carotenoids, fat-soluble vitamins, aflatoxins in food matrices
- Extraction of fatty acids and phospholipids
HyperSep SPE Cartridges and Plates
Thermo Scientific™ HyperSep™ solid phase extraction cartridges offer reproducible, reliable sample preparation in a traditional format. Available in a wide range of chemistries and bed weights, the cartridges are ideal for large samples and conform to industry standard configurations, allowing efficient routine processing by vacuum, by positive pressure or centrifugation.
The Thermo Scientific™ HyperSep-96™ system incorporates traditional solid phase extraction sorbents into 96-well plate format providing fast analysis without sacrificing accuracy or reproducibility. The innovative design of HyperSep-96 well plates provides flexibility for both method development and scale adjustment to 96-well without method revalidation. Well plates are customizable, allowing any arrangement of wells with differing sorbent chemistries for simultaneous processing. HyperSep-96 products are either available in packs of 100 individual wells or in pre-assembled plates.
Specifications
Silica 50 mg/2 mL 96 Fixed Well Plate, 1 pk | |
Retention of Analytes in Nonpolar Matrices | |
HyperSep | |
Solid Phase Extraction Well Plate |
50 mg | |
40 to 60 μm | |
HyperSep Silica | |
1 mL |