Waters, 186004648, Oasis MCX 1 cc Vac Cartridge, 10 mg Sorbent per Cartridge, 30 µm, 100/pk

The 1 cc Oasis MCX cartridges contain the Oasis MCX, which is a novel, mixed-mode polymeric sorbent that has been optimized to achieve higher selectivity and sensitivity for extracting basic compounds with cation-exchange groups. Since the Oasis MCX sorbent is water wettable, it maintains its capability for higher retention and excellent recoveries even if the sorbent runs dry, which means there is no need to take extraordinary steps to keep the sorbent beds from drying out during the critical steps prior to sample loading. These syringe-barrel-type cartridges are designed for use with vacuum manifolds and automated SPE instruments.

Specifications
UNSPSC: 41115712
Brand: Oasis
Product Type: Solid Phase Extraction
Units per Package: 100 pk
Chemistry: MCX
Endcapped: No
Format: Vac Cartridge
Ion Exchange Capacity: 1 meq/gram
Mass Spec Compatibility: Yes
Mode: Mixed mode
Particle Size: 30 µm
Pore Size: 80 Å
Sorbent Substrate: Copolymer
Sorbent Weight: 10 mg
Water Wettable: Yes
pH Range Min: 0 pH
pH Range Max: 14 pH
Material: Polypropylene
Barrel Size: 1 cc

Additional Information
Oasis MCX 1 cc Vac Cartridge, 10 mg Sorbent per Cartridge, 30 µm, 100/pk The Oasis MCX 1 cc Vac Cartridge contains the Oasis MCX, a unique mixed-mode polymeric sorbent that has been tuned for extracting basic chemicals with cation-exchange groups with greater selectivity and sensitivity. Because the Oasis MCX sorbent is water wettable, it retains its potential to provide higher retention and excellent recoveries even if the sorbent runs dry, eliminating the need for extra precautions to prevent the sorbent beds from drying out during the key processes leading up to sample loading. These syringe-barrel cartridges are made for vacuum manifolds and automated SPE devices. Solid Phase Extraction 'SPE' methods, which take full advantage of the selectivity and ruggedness of the Oasis MCX 1 cc Vac Cartridge, will be used to separate analytes from complex samples into two principal fractions: acidic compounds and basic or neutral compounds. If your sample comprises fractionated extracts, you can analyze them with a variety of methods, including LC/MS. Liquid chromatography requires successful sample preparation, which is meant to give the sample component of interest in the solution, free of interfering matrix materials, and at a concentration suitable for detection or measurement. Waters invented Oasis HLB, a polymeric, reversed-phase sorbent that enables greater recovery and repeatability, as well as stronger retention and selectivity while creating the most advanced preparation and extraction procedures. Oasis has grown into a bigger family of sorbents and lab equipment since then, including the Oasis MCX sorbent found in this 1 cc Vac Cartridge. Please visit our website, which includes a comprehensive catalog as well as the ability to shop for lab equipment to learn more about the various Waters products. Additionally, we recommend reviewing the XSelect HSS T3 Column, 100Å, 2.5 µm, 2.1 mm X 100 mm, 1/pk; when creating separations for polar and non-polar compounds, the XSelect HSS T3 is a low-coverage C18 phase compatible with 100 percent aqueous mobile phase and should be your first choice. The XSelect HSS T3 columns have extremely minimal MS bleed, are fully scalable, and can be used in UPLC separations. 2.5 m eXtended Performance [XP] columns, packed in ultra-low dispersion hardware, provide superior separation performance, resilience, and throughput for HPLC experiments while allowing for a smooth transition to UPLC adoption.

FAQ
What Is Chromatography Sensitivity? The signal output per unit concentration or mass of a substance in the mobile phase entering the detector, for example, the slope of a linear calibration curve, is referred to as sensitivity. For concentration-sensitive detectors, sensitivity is sometimes defined as the ratio of peak height to analyte concentration. In mass-flow-sensitive detectors, it is the ratio of peak height to unit mass. To be a distinct performance attribute, sensitivity must be solely dependent on the chemical measurement procedure, not on scale considerations.