SPE Disks and Cartridges

General and application-specific solid phase extraction disks and cartridges produced with a variety of sorbents or resins; includes standard-density and high-density membrane disks, and EPA compliant products.

1,096 – 1,110 of 1,426 results

1,096

Waters Corp Sep-Pak Accell Plus QMA Carbonate Plus Light Cartridge, 130 mg Sorbent per Cartridge, 37 - 55 µm, 50/pk

Sep-Pak Accell Plus QMA Carbonate Plus Light cartridges contain a silica-based, hydrophilic, strong anion-exchanger with a large pore size (300Å) and a carbonate counter-ion. These cartridges are used for extraction of anionic analytes in aqueous and non-aqueous solutions when the chloride counter-ion in the standard Sep-Pak Accell Plus QMA cartridges interferes with the analysis. These Light-style cartridges have a distinctive finned outer body and a reduced internal diameter, which results in an interstitial volume about one-third that of the corresponding Plus-style cartridge. This design allows you to elute fractions in a minimal volume to improve recoveries and reduce solvent consumption, a benefit especially for applications where samples are limited or where excessive dilution is a concern.

Pricing & Availability

1,097

Waters Corp Oasis WAX 6 cc Vac Cartridge, 500 mg Sorbent per Cartridge, 60 µm, 30/pk

Oasis WAX weak anion-exchange SPE chemistry is designed for scientists searching for a fast, simple and highly selective method for sample preparation and cleanup. Oasis WAX is a polymeric reversed-phase, weak ion exchange mixed-mode sorbent that allows for the retention and release of strong acidic compounds (e.g. phosphonates). The elution solvent is MS friendly and the sorbent is completely water wettable.

Pricing & Availability

1,098

Waters Corp Oasis HLB Plus Light Cartridge, 30 mg Sorbent per Cartridge, 30 µm, 50/pk

Oasis HLB sample extraction products contain a polymeric water-wettable reversed-phase sorbent. When combined with a simple, generic methodology, HLB sorbent allows the extraction of a wide range of compounds in various matrices with high reproducible recoveries.