Solid Phase Extraction
Waters Corp WATERS CORPORATION GlycoWorks SPE Reagents, Automation, 1 pk
The GlycoWorks SPE Reagents are designed for the solid-phase extraction (SPE) sample cleanup portion of the GlycoWorks RapiFluor-MS N-Glycan Kit. These reagents are scaled to residual volumes needed for automation platforms.
- Contains all needed reagents for SPE sample cleanup.
- Scaled for automation platforms.
- Shipping condition is ambient.
- Product type is reagent.
- Units per package: 1 pack.
- Includes two 12 mL vials of elution buffer.
- Includes two 22 mL vials of sample diluent.
- Includes two 18 mL vials of equilibration solvent.
- Includes two 70 mL vials of wash solvent.
- This product contains hazardous material, which may require special freight handling.
Waters Corp Oasis Vac Cartridge, PRiME HLB, 3 cc, 60 mg Sorbent
The Oasis PRiME HLB sorbent provides reversed-phase cleanup for acidic, basic, and neutral compounds from complex sample matrices, simplifying solid phase extraction in routine analysis. It produces cleaner samples by removing over 95% of common matrix interferences like salts, proteins, and phospholipids. Viscous samples can be processed with faster flows and less plugging, and the water-wettable sorbent does not require conditioning and equilibration for excellent recoveries.
- Stable at pH extremes (pH 1 to 12) and in a wide range of solvents.
- Offers extraordinary retention of polar compounds.
- Provides a relative hydrophobic retention capacity that is three times higher than traditional silica-based SPE sorbents.
Biotage Atlantic® ReadyDisk C18, Single-use Solid Phase Extraction (SPE) Disks for Water Extraction, 24 per Pack
Atlantic® ReadyDisks are solid phase extraction (SPE) disks, pre-assembled into disposable holders and used for extracting semivolatile organic compounds from aqueous matrices. The ReadyDisks are designed for single-use extractions with maximum speed and convenience in mind.Each disk is constructed to maximize surface area interactions with the analytes in solution, accommodating relatively high sample flow rates without suffering from solution or analyte breakthrough or disk clogging.The disk holder was designed for use with both manual and automated solid phase extraction systems and is constructed from materials that are free from contaminants such as phthalates. The configuration of the disk results in high physical and chemical capacity and the height of the holder prevents sample overflow, even at relatively high flow rates.
