Agilent, 5610-2231, Captiva EMR PFAS Food I, 6 mL, 680 mg

Captiva EMR PFAS Food I, 6 mL, 680 mg. Enhanced Matrix Removal for analysis of PFAS in food samples such as fruit, vegetables, baby food, and juices. This product is recommended when large sample volumes are required.

Specifications:
Brand: Captiva EMR
Cartridge Material: Polypropylene
Cartridge Size: 6 mL
Certificate of Analysis: Yes
Compound Types: PFAS
Loading Volume: 5 mL x 2
Matrix Removal Mechanism: Mixed Mode
QC Tests Reported: Flow CharacteristicsMatrix RemovalPFAS CleanlinessPFAS Recovery
Sorbent Mass (mg): 680 mg
Sorbent Material: Proprietary Blend
Tabless: No
Typical Matrices: Baby FoodBeveragesFresh fruits and vegetablesFungisJuicesProcessed food based on fresh produce
UNSPSC Code: 41115712

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Designed for enhanced sample cleanup, this 6-milliliter, 680-milligram cartridge is optimized for the effective removal of matrix interferences in the analysis of per- and polyfluoroalkyl substances (PFAS) in complex food samples. The embedded media with enhanced matrix removal (EMR) technology ensures selective and efficient purification, resulting in minimal background and improved accuracy in trace-level PFAS quantitation. Ideal for food safety laboratories, environmental research, and regulatory compliance testing, the cartridge streamlines sample preparation for diverse food matrices such as eggs, fish, dairy, meat, and produce. Compatible with high-performance liquid chromatography and liquid chromatography-mass spectrometry workflows, it integrates seamlessly with Agilent’s sample preparation platforms and analytical instruments. The design enables straightforward handling and high-throughput processing, supporting both manual and automated extraction setups. For comprehensive workflows, it can be paired with other sample prep solutions and consumables from Agilent’s PFAS analysis portfolio. This product supports reliable method development and validation for regulatory-driven testing, offering consistent recoveries, low interference, and improved laboratory productivity. Researchers and analysts benefit from its reproducible performance, making it an essential component in accurate, routine quantification of PFAS in challenging food samples.