Agilent, 5982-5356, QuEChERS Dispersive Kit, Highly Pigmented Fruits and Vegetables, EN method, 15 mL, 50/pk

QuEChERS Dispersive Kit, Highly Pigmented Fruits and Vegetables, EN method, 15 mL, 50/pk. Removes polar organic acids, some sugars, and lipids.

Specifications:
Agency Method: EN 15662Original Method 10 g
Ceramic Homogenizers: No
Filter Material: 150 mg PSA, 45 mg GCB, 855 mg MgSO4
Kit Contents: 150 mg PSA45 mg GCB855 mg MgSO4
QuEChERS Sample Type: Highly 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 dispersive sample preparation kit is designed for efficient cleanup of highly pigmented fruits and vegetables prior to multi-residue pesticide analysis. Optimized for the European Norm (EN) QuEChERS method, each 15 mL tube contains pre-weighed sorbents—Magnesium Sulfate, Primary Secondary Amine (PSA), and Graphitized Carbon Black (GCB)—to remove matrix interferences such as pigments, sugars, and lipids while retaining analyte integrity. Packaged with 50 convenient tubes, this kit streamlines laboratory workflows, reducing manual preparation and minimizing contamination risk.

Ideal for food safety and environmental laboratories, the kit supports sample preparation for LC-MS/MS and GC-MS/MS applications, delivering reliable results in regulatory testing, residue monitoring, and quality assurance studies. The ready-to-use format supports high-throughput operations and is compatible with Agilent and other major brands of analytical instruments. For comprehensive QuEChERS processing, it pairs seamlessly with corresponding extraction salt kits and standard reference materials from the Agilent portfolio. This solution helps laboratories achieve high recoveries and consistent data quality across complex, pigmented matrices, supporting compliance with international regulatory requirements and enhancing laboratory efficiency.