Waters - Sep-Pak SPE
The Original and Most Referenced Silica-Based SPE Products
A diverse selection of formats and silica-based sorbents provide the ideal sample extraction solution for GC, HPLC, and UPLC analysis methods.
Available formats:
- Cartridges
- 96-well plates
- µElution plates
Active Questions & AnswersAsk a Question
There are no current Discussions
Sample Preparation Service ProvidersView All (4)
Documents & Manuals
There are no Documents or Manuals available.
Features of Sep-Pak SPE
Sep-Pak Cartridges
Sep-Pak Cartridges are available in a variety of designs, each offering specific functional benefits. All design formats contain the same high-quality packing sorbents, thus making transfer of methods from one design to another straightforward and predictable.
Sep-Pak 96-Well and 96-Well µElution Plates
Sep-Pak Plates enable high throughput solid-phase extraction with the same silica sorbents that have been proven for years in Sep-Pak Cartridges. The plate design has been optimized for automated sample handling systems as well as for standard vacuum manifolds. Sep-Pak Plates are available with different silica sorbent mass selections to optimize sample loading.
Sep-Pak Chemistries
All Sep-Pak Cartridges contain the high quality sorbents and chemistries that provide highly reproducible SPE results. Sep-Pak products are available in more than 200 chemistry and format combinations for convenient sample preparation methods based on reverse-phase, normal-phase, ion-exchange, and application-specific specialty chemistries. Regardless of your sample type, i.e. chemical, environmental, food, or biological analytes, there is a Sep-Pak product to suit most applications.
Specialty Sorbents
- Sep-Pak DNPH
- XPoSure™ Aldehyde Sampler
- Ozone Scrubber
- Sep-Pak Dry
- Sep-Pak PS2 Styrene–DVB copolymer
- Sep-Pak AC2 Activated Carbon
- Sep-Pak Carbon GCB
- Carbon Black/PSA and Carbon Black/Aminopropyl
- Porapak™ RDX polymeric divinylbenzene-vinylpyrrolidone
General Specifications
There are no General Specifications available.