Agilent, A396151C, Bond Elut PH, 96 square-well plate, 2 mL, 100 mg, 1/pk

Bond Elut PH, 96 square-well plate, 2 mL, 100 mg, 1/pk. A nonpolar bonded silica material with added selectivity compared to other nonpolar sorbents and enhanced retention of planar, conjugated organic molecules.

Specifications:
Bed Mass: 100 mg
Brand: Bond Elut
Frit Material: Polyethylene
Frit Pore Size: 20
Loading (mg): 100
Number of Wells: 96
Particle Size: 40 µm
Phase: PH
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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Agilent’s Bond Elut PH 96 square-well plate is engineered for reliable and efficient solid phase extraction, featuring 2 mL wells each containing 100 mg of high-quality phenyl-functionalized silica sorbent. This plate is ideal for processing larger sample volumes in high-throughput workflows, providing enhanced selectivity for aromatic and nonpolar analytes in complex biological, environmental, and pharmaceutical matrices. Its unique phenyl chemistry offers pi-pi interaction capabilities, making it particularly suited for the retention and purification of compounds with aromatic structures.

Compatible with standard 96-well plate vacuum manifolds and automated liquid handling platforms, this product seamlessly integrates into genomics, proteomics, and drug discovery laboratories focusing on sample preparation, metabolite profiling, and residue analysis. The robust construction ensures consistent flow rates and reproducible results across all wells. For greater flexibility in sample processing, the Bond Elut PH 96-well plate can be paired with Agilent’s broad range of sample preparation accessories, such as filtering plates and collection plates. This solution streamlines the extraction and cleanup process, minimizes sample loss, and is an optimal choice for laboratories seeking scalable, plate-based solid phase extraction with selectivity tailored to aromatic and hydrophobic analytes.