Agilent, A59610, Bond Elut SPEC Phenyl, 96 round-well plate, 15 mg, 1 mL

Bond Elut SPEC Phenyl, 96 round-well plate, 15 mg, 1 mL. SPEC disks are manufactured with ultraclean polypropylene plastic and contain a monolithic sorbent bed with bonded silica infused on a glass fiber disk.

Specifications:
Sorbent Mass (mg): 15
UNSPSC Code: 41122102

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
Bond Elut SPEC Phenyl, 96 round-well plate, 15 mg, 1 mL is designed for rapid and efficient solid phase extraction in high-throughput laboratory settings. This plate incorporates phenyl sorbent chemistry, enabling selective retention and clean-up of analytes with aromatic characteristics from a variety of biological and environmental samples. Its 96-well plate format is ideal for processing multiple samples in parallel, streamlining workflows in pharmaceutical research, clinical bioanalysis, forensic laboratories, and food safety testing.

The 15 mg sorbent loading per well ensures robust capacity for sample clean-up or concentration without compromising sample integrity. The 1 mL well volume accommodates a broad range of sample types and volumes, supporting diverse experimental requirements. This product offers compatibility with automated liquid handling systems and manual multi-channel pipettes, delivering flexibility for different laboratory configurations.

Bond Elut SPEC Phenyl plates can be used with Agilent’s full suite of vacuum manifolds and plate sealers for optimized extraction efficiency. Integration with downstream analytical instruments, such as Agilent LC-MS and GC-MS systems, ensures high-quality, reproducible results. Applications range from the isolation of drugs and metabolites to trace analysis in complex matrices, facilitating reliable sample preparation for quantitative and qualitative analysis. Related products include other Bond Elut SPE chemistries and accessories for diverse sample preparation needs.