Agilent, A4961150, Bond Elut C2, 96 round-well plate, 1 mL, 50 mg, 1/pk

Bond Elut C2, 96 round-well plate, 1 mL, 50 mg, 1/pk. A fairly nonpolar sorbent due to the short chain length of the functional group. C2 is often used during the process of method development if analytes are retained too strongly on a C8 or C18 phase.

Specifications:
Bed Mass: 50 mg
Brand: Bond Elut
Frit Material: Polyethylene
Frit Pore Size: 20
Loading (mg): 50
Number of Wells: 96
Particle Size: 40 µm
Phase: C2
SPE Category: Non-polar
SPE Format: 96 Round-Well Plate
Skirt: Half
Sorbent Material: Silica
Sterile: No
UNSPSC Code: 41115712
Volume: 1 mL
Well Plate Material: Polypropylene
Well Shape: Round

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The Bond Elut C2 96 round-well plate offers superior reversed-phase sample preparation in high-throughput workflows. Each plate is pre-packed with 50 mg of C2 sorbent per well, providing a 1 mL reservoir size optimal for the extraction and purification of analytes from complex biological, environmental, and food matrices. Featuring moderate hydrophobic retention and rapid flow characteristics, the C2 silica supports efficient removal of proteins, lipids, and other interferences, thereby enabling cleaner extracts for downstream chromatographic or mass spectrometric analysis.

This plate is ideal for laboratories conducting large-scale pharmaceutical, clinical, forensic, or environmental research requiring automation compatibility. It integrates seamlessly with liquid handling systems and automated SPE workstations designed for 96-well formats, supporting streamlined sample preparation and consistent results across multi-well analyses.

Applications include sample cleanup for LC-MS, GC-MS, and HPLC as well as extraction prior to quantification of small molecules, drugs, or metabolites. The plate is fully compatible with Agilent’s suite of liquid chromatography systems and related Bond Elut products, allowing for flexible method development and maximum efficiency in routine or high-throughput settings. The design ensures low extractables, reducing contamination risk and improving analytical reliability.