Agilent, A4969030HF, Bond Elut Plexa, 96 round-well plate, 1 mL, 30 mg, high flow, 1/pk

Bond Elut Plexa, 96 round-well plate, 1 mL, 30 mg, high flow, 1/pk. Features a nonretentive, hydroxylated, amide-free surface with a nonpolar PS-DVB core. Binding of proteins and lipids is minimized, giving cleaner samples and reduced ion suppression

Specifications:
Bed Mass: 30 mg
Brand: Bond Elut
Frit Material: Polyethylene
Frit Pore Size: 20
Loading (mg): 30
Number of Wells: 96
Particle Size: 120 µm
Phase: Plexa
Primary Extraction Mechanism: Nonpolar
SPE Category: Polar Enhanced
SPE Format: 96 Round-Well Plate
Skirt: Half
Sorbent Material: Polymeric
Sterile: No
Typical Matrices: Aqueous SamplesBiological FluidsPlasmaSerumUrineWhole Blood
UNSPSC Code: 41115712
Volume: 1 mL
Well Plate Material: Polypropylene
Well Shape: Round

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This high-flow 96 round-well plate features 1 mL wells pre-packed with 30 mg of Bond Elut Plexa sorbent, designed for robust solid phase extraction (SPE) in high-throughput analytical laboratories. The advanced polymeric sorbent provides exceptional extraction efficiency for a wide range of analytes, particularly peptides, proteins, and small molecules, making it ideal for bioanalytical, pharmaceutical, and clinical research applications. Its innovative structure minimizes protein binding and allows efficient removal of phospholipids and other matrix interferences, ensuring cleaner extracts for sensitive LC-MS or GC-MS analysis.

The increased flow characteristics support rapid processing, ideal for large sample batches and automation workflows. This plate easily integrates with automated liquid handling platforms and standard vacuum manifolds, streamlining the sample preparation process while reducing manual intervention. Additionally, it is compatible with instruments from leading manufacturers, including Agilent, and works seamlessly with related SPE accessories and liquid handling systems.

This versatile format supports a wide range of sample types, such as plasma, serum, urine, and tissue homogenates, and is suited for both exploratory and routine quantitation studies. Researchers benefit from improved reproducibility, high recovery rates, and low background interference, helping to ensure reliable and high-quality analytical results.