Agilent, 12102085, Bond Elut Certify cartridge, 1 g, 6 mL, 40 μm, 30/pk

Bond Elut Certify cartridge, 1 g, 6 mL, 40 μm, 30/pk. Mixed mode sorbent with nonpolar C8 and strong cation exchange (SCX) functionalities. Effective for the extraction of basic drugs from urine and blood.

Specifications:
Bed Mass: 1 g
Brand: Bond Elut
Cartridge Material: Polypropylene
Cartridge Size: 6 mL
Frit Material: Polyethylene
Frit Pore Size: 20 µm
Particle Size: 40 µm
Phase: Certify
SPE Category: Mixed Mode
SPE Format: Straight Barrel Cartridge
Sorbent Material: Silica
Tabless: No
Typical Matrices: Biological FluidsOral FluidPlasmaSerumUrineWhole Blood
UNSPSC Code: 41115712
Volume: 6 mL

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The Bond Elut Certify cartridge with 1 g sorbent in a 6 mL format and 40 micron particle size is a high-performance solid phase extraction (SPE) device designed to streamline sample preparation in analytical and forensic laboratories. Its proprietary mixed-mode sorbent chemistry allows for simultaneous extraction of acidic, basic, and neutral compounds, making it highly suitable for drug screening, toxicology analyses, clinical research, and environmental studies. Each pack contains 30 cartridges, ensuring consistent quality and reproducibility across multiple assays.

Engineered to efficiently process biological matrices such as urine, plasma, and serum, this SPE cartridge maximizes recovery rates while minimizing interferences and matrix effects. Its robust design supports compatibility with a wide range of vacuum manifolds and automated liquid handling systems, facilitating both manual and automated workflows. The cartridge is optimized for use with popular Agilent SPE systems and can be integrated seamlessly into LC-MS and GC-MS analytical pipelines.

Researchers benefit from its exceptional flow characteristics and clean elution profile, promoting reliable quantitation. Related accessories such as vacuum manifolds, processing reservoirs, and positive pressure systems complement its use. This SPE solution is ideal for laboratories seeking precision, reproducibility, and efficiency in regulated or research-based environments.