2-MCPD-D₅ distearate

1,3-Distearoyloxy-2-chloropropane-D₅

2-MCPD-D5 distearate (CAS 1329796-49-7) reference standard for LC-MS/MS and GC-MS workflows by WITEGA Laboratorien Berlin-Adlershof GmbH supports accurate calibration and traceable quantification. Related search terms: glycidyl esters monitoring, food contaminant residue analysis, deuterated calibration solution, stable isotope labelled standard, LC MS MS method validation, GC MS confirmatory analysis, matrix matched calibration, traceable purity assessment, fatty acid ester contaminants, oil and fat analysis by LC MS.

This high-quality reference standard is produced and distributed by WITEGA Laboratorien Berlin-Adlershof GmbH, ensuring consistent identity and purity. You can integrate it smoothly into routine residue testing and targeted quantification. Moreover, it fits multi-laboratory studies that demand robust traceability. Therefore, it helps harmonize results between sites and instruments.

Use this material to establish reliable calibration curves, verify accuracy, and confirm analyte identity by LC-MS/MS or GC-MS. It assists with method validation, including selectivity, linearity, recovery, and LOQ checks. Furthermore, 2-MCPD-D5 distearate (CAS 1329796-49-7) strengthens confirmatory analysis by improving signal discrimination and enhancing peak assignment. In addition, it supports multi-residue method development in complex matrices such as edible oils, processed foods, and biological samples.

• Produced under stringent quality control for traceable results and dependable calibration.
• Stable isotope labelling (D5) enhances selectivity and supports accurate quantification.
• Batch-specific documentation enables audit-ready traceability and result comparability.
• Compatible with matrix-matched calibration strategies for oils and fat-rich foods.

1. Regulated laboratories performing residue control and compliance testing.
2. Pharmaceutical research that requires confirmatory analysis and purity assessment.
3. Food and feed monitoring programs assessing processing contaminants.
4. Metabolism studies investigating ester formation and transformation pathways.
5. Multi-residue method development across LC-MS/MS and GC-MS platforms.

Select this reference standard to support robust workflows from screening to confirmation. Additionally, it helps meet documentation requirements for traceability and method verification. For procurement details and technical support, please contact WITEGA Laboratorien Berlin-Adlershof GmbH.

You can download your Safety Data Sheet for OP206

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