Agilent, 5982-5256CH, QuEChERS Dispersive Kit, Pigmented Fruits and Vegetables, EN method, 15 mL with ceramic homogenizers, 50/pk

QuEChERS Dispersive Kit, Pigmented Fruits and Vegetables, EN method, 15 mL with ceramic homogenizers, 50/pk. Contains 150 mg PSA, 15 mg GCB, 885 mg MgSO4. Removes polar organic acids, some sugars and lipids, and carotenoids and chlorophyll. Not for use with planar pesticides.

Specifications:
Agency Method: EN 15662Original Method 10 g
Ceramic Homogenizers: Yes
Filter Material: 150 mg PSA, 15 mg GCB, 885 mg MgSO4
Kit Contents: 15 mg GCB150 mg PSA885 mg MgSO4
QuEChERS Sample Type: Pigmented Fruits and Vegetables
SPE Method: EN 15662
Tube Size: 15 mL
UNSPSC Code: 41104800
Volume: 15 mL

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
This QuEChERS dispersive kit is specifically formulated for efficient sample preparation of pigmented fruits and vegetables, optimized for use with the European EN 15662 method. Each 15 mL tube is pre-filled with precise ratios of PSA, C18, and magnesium sulfate, ensuring effective clean-up of matrix components, pigments, and excess water that can co-extract with analytes of interest. The addition of ceramic homogenizers in every tube enables rapid and thorough sample mixing, improving recovery and consistency across samples. Ideal for regulatory, food safety, and pesticide residue analysis, the kit supports high-throughput workflows in analytical and quality control laboratories. Its user-friendly design streamlines labor-intensive extraction processes, reducing preparation time while minimizing potential sample errors. Compatible with a range of Agilent sample processing instrumentation, GC, and LC-MS/MS systems, the kit integrates seamlessly into existing analytical setups. It also aligns with other QuEChERS extraction products, offering flexibility across multi-residue screening protocols. Each package contains 50 tubes to meet routine testing demands in both research and industrial environments, supporting reliable and reproducible results for regulatory compliance and contaminant monitoring.