Agilent, 5982-7555, Agilent QuEChERS Extraction Salt Packets, Original method (15 g samples), no centrifuge tubes, 200/pk

Agilent QuEChERS Extraction Salt Packets, Original method (15 g samples), no centrifuge tubes, 200/pk. Contents: 6 g MgSO4, 1.5 g NaCl

Specifications:
Buffered: No
Ceramic Homogenizers: No
Filter Material: 6 g MgSO4; 1.5 g NaCl
Kit Contents: 1.5 g NaCl6 g MgSO4
Packaging: Packets Only
SPE Method: Original Unbuffered, 15 g sample
UNSPSC Code: 41104800

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
Agilent QuEChERS Extraction Salt Packets are designed for efficient and reproducible sample preparation in pesticide residue analysis and multi-residue workflows. Optimized for the Original QuEChERS method, each pre-weighed salt packet is formulated to treat 15-gram sample sizes, providing exact proportions of buffered extraction salts required for consistent results. With 200 packets per package, these convenient single-use sachets streamline laboratory workflows, minimize handling errors, and increase batch-to-batch consistency. Ideal for laboratories processing fruits, vegetables, cereals, and a variety of food matrices, the packets are compatible with widely used QuEChERS protocols and suitable for use with popular GC-MS and LC-MS analytical systems. While centrifuge tubes are not included, the salt packets integrate seamlessly into automated or manual sample preparation pipelines, improving laboratory throughput and reproducibility. Frequently used in regulatory food safety testing, environmental monitoring, and crop research, the extraction packets complement Agilent dispersive SPE cleanup kits and QuEChERS accessories. Rigorously quality-controlled and produced for reliability, these packets support method compliance with AOAC 2007.01 and related standards, ensuring accurate quantitation in complex matrices. This product is an efficient choice for high-throughput labs seeking standardized, error-resistant extraction for trace-level contaminant analysis.