Agilent, A3962950, Bond Elut C18 OH, 96 square-well plate, 2 mL, 50 mg, 1/pk

Bond Elut C18 OH, 96 square-well plate, 2 mL, 50 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: 50 mg
Brand: Bond Elut
Frit Material: Polyethylene
Frit Pore Size: 20
Loading (mg): 50
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 delivers high-throughput solid phase extraction for efficient sample preparation in analytical laboratories. Featuring 50 mg of hydrophilic end-capped C18 silica sorbent per 2 mL well, this plate is engineered for improved wettability and reproducible retention of a broad range of analytes from biological, environmental, and food matrices. The format is ideal for automation and parallel processing, accommodating large sample batches and reducing preparation time.

This product is well suited for pharmaceutical drug discovery, clinical research, environmental testing, and food safety analysis, supporting workflows that require extraction of low to moderately polar compounds, including peptides, drugs, and metabolites. The end-capped C18 surface reduces undesired secondary interactions, promoting cleaner eluates and higher recovery rates, especially for polar analytes.

Compatible with standard 96-well plate vacuum manifolds and positive pressure processing systems, the plate integrates seamlessly with automated liquid handlers and LC-MS or GC-MS sample prep workflows. It complements a range of Agilent Bond Elut and Captiva filtration and SPE solutions, enabling comprehensive sample cleanup strategies. Designed for reliability and reproducibility, this plate advances productivity for laboratories seeking robust, scalable extraction platforms.