Agilent, A4969030, Bond Elut Plexa, 96 round-well plate, 1 mL, 30 mg, 1/pk

Bond Elut Plexa, 96 round-well plate, 1 mL, 30 mg, 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: 45 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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The Bond Elut Plexa 96 round-well plate, with a 1 mL well volume and 30 mg sorbent per well, streamlines high-throughput solid phase extraction for a wide range of sample types. Engineered for maximum cleanliness and reproducibility, its advanced polymeric sorbent effectively removes proteins, phospholipids, and particulates, allowing consistent recovery of analytes such as drugs, metabolites, and peptides from plasma, serum, or other biological matrices. Its proprietary water-wettable design ensures minimal analyte loss, high sample capacity, and easy automation integration, making it ideal for bioanalytical, pharmaceutical, clinical, and environmental laboratories. The plate format is compatible with most liquid handling workstations and popular automated SPE platforms, supporting parallel sample processing to improve laboratory efficiency. Bond Elut Plexa plates enhance method robustness in LC-MS and GC-MS workflows by minimizing matrix effects and background contamination. They work seamlessly with existing Agilent Bond Elut products and can be integrated into established workflows requiring consistent, high-purity sample cleanup. This product is suitable for laboratories seeking reliable and efficient sample preparation, particularly in high-throughput research and regulated environments.