Agilent, A3962925, Bond Elut C18 OH, 96 square-well plate, 2 mL, 25 mg, 1/pk

Bond Elut C18 OH, 96 square-well plate, 2 mL, 25 mg, 1/pk. A nonendcapped version of C18 that enables the silanols on the silica surface to be more active. A good choice for the fractionation of metabolites and enhanced retention of basic compounds.

Specifications:
Bed Mass: 25 mg
Brand: Bond Elut
Frit Material: Polyethylene
Frit Pore Size: 20
Loading (mg): 25
Number of Wells: 96
Particle Size: 40 µm
Phase: C18 OH
SPE Category: Non-polar
SPE Format: 96 Square-Well Plate
Skirt: Full
Sorbent Material: Silica
Sterile: No
UNSPSC Code: 41115712
Volume: 2 mL
Well Plate Material: Polypropylene
Well Shape: Square

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The Bond Elut C18 OH 96 square-well plate offers efficient sample preparation for high-throughput laboratories requiring robust solid phase extraction. Each well contains 25 mg of C18 endcapped silica sorbent, optimized for reversed-phase purification of organic compounds from aqueous matrices. The hydroxyl endcapping ensures reduced secondary interactions, delivering high reproducibility when extracting a wide range of analytes, including pharmaceuticals, peptides, and natural products. With a well volume of 2 mL, this plate accommodates varying sample loads and enables seamless integration into automated liquid handling systems. It is compatible with multiple vacuum manifolds and positive pressure processing devices, supporting streamlined workflows for sample cleanup prior to LC, LC MS, HPLC, or GC analysis. The 96-well format is ideal for parallel processing, maximizing throughput in bioanalytical, clinical, and environmental applications. The Bond Elut C18 OH well plate can be paired with Agilent’s collection plates, sealing mats, and other sample preparation accessories to ensure sample integrity and traceability. This product is also suitable for use with major automated liquid handlers from leading manufacturers, providing versatility across different laboratory setups. Researchers benefit from high recovery, low carryover, and consistent performance in demanding analytical protocols.