This reference standard supports reliable analytical workflows in modern laboratories. It is suitable for LC-MS/MS and GC-MS analytical quantification where accurate calibration and traceable measurement results are essential. Laboratories use this material during method development, calibration procedures, method validation, instrument performance verification, and confirmatory analysis. The high quality of this reference standard helps improve reproducibility while supporting consistent analytical performance across different batches and laboratories.

Researchers and testing facilities benefit from this reference standard when establishing robust analytical methods for complex matrices. It is particularly useful for regulated laboratories that require traceable analytical measurements. Pharmaceutical research groups can apply the material during compound characterization, impurity investigations, and metabolism studies. In addition, laboratories involved in residue control and multi residue method development can use this reference standard to strengthen method accuracy and confidence in reported results.

• High quality reference standard for analytical laboratories.
• Suitable for LC-MS/MS analytical quantification.
• Compatible with GC-MS analytical applications.
• Supports calibration and instrument qualification.
• Facilitates method validation and confirmatory analysis.
• Improves analytical traceability and reproducibility.
• Useful for pharmaceutical research and metabolism studies.
• Applicable to residue control and multi residue method development.

WITEGA Laboratorien Berlin-Adlershof GmbH produces and distributes this reference standard according to demanding quality requirements for analytical laboratories worldwide. The material supports laboratories that require dependable reference standards for research, quality assurance, regulatory testing, and routine analytical applications. Its consistent quality makes it an excellent choice for laboratories seeking reliable calibration materials that contribute to accurate measurement results and long term analytical confidence.

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