Reference Materials

Analytical standards and certified reference materials/pharmaceutical reference standards of different carbohydrates (monosaccharides, disaccharides, oligosaccharides, and polysaccharides) for analytical testing in pharmaceutical and food and beverage industries.

Our selection of petroleum and petrochemical reference standards includes biofuel, gasoline, diesel, hydrocarbon, and sulfur standards in both neat and solution to ensure the safe and efficient use of fuels in various industrial applications.

Browse for a broad spectrum of certified reference materials for various pharmaceuticals, illicit drugs and diagnostic biomarkers for your laboratory testing requirements. 

Water- and fat-soluble vitamin standards, from analytical standard to pharmaceutical reference standard purity grade for your various applications involving HPLC and GC instruments.

We offer a wide choice of high-quality certified reference materials (CRMs) for the routine calibration of your equipment such as buffers, volumetric standards, color reference solutions, BOD/COD, TOC, and other reference materials for physical properties.

Analytical standards and Certified Reference Materials (CRMs) for food and beverage, cosmetic, and personal care products, including flavors, fragrances, essential oils, toxins, UV-blockers, sweeteners, and organic acids.

For testing of soil, water, air, or waste, we offer a range of high-quality reference materials as neat, single, and multi-component standards. Our extensive and wide selection of organic chemicals is available as analytical standards and certified reference materials for your laboratory needs.

Microbiological certified reference materials such as bacteria, molds and yeast in the form of VITROIDS™ and LENTICULE^® discs.

Reference standards of hormones, hydroxyvitamin D, amino acid metabolites, and catecholamines for biomarker analysis and metabolomics.

Matrix certified reference materials for drinking water, soil, food, wastewater and environmental testing.

Pesticide reference material standards with a variety of quality grades such as analytical standard grade (PESTANAL^®), reference material or certified reference material (TraceCERT^®) grade for food, environmental analyses

High-purity standards for inorganic trace and ultra-trace analysis. The reference materials for AAS and ICP are ready-to-use solutions, certified and traceable to primary standard reference material from NIST.

Reference standards for ion chromatography include Certified Reference Material (CRM) solutions of single- and multi-ions and carbohydrates for the accurate analysis.

With Aquastar^® reagents and standards, the water content of solids, liquids, and gases can be determined effortlessly with a high degree of accuracy. Purchase our range of Aquastar^® water standards for both volumetric and coulometric titrations.

From dissolution testing to fill and formulation, explore a vast portfolio of Reference Materials to support your analytical workflow across the drug manufacturing process.

 Analytical standards and certified reference materials for analysis of terpenes, cannabinoids, pesticides, mycotoxins, heavy metals, and cannabis potency testing.

For accurate detection of all regulated food additives, we offer a wide selection of neat and deuterated analytical standards for quality and safety control of your products. 

Certified Reference Materials & reference standards for chromatography-based testing applications including forensic and clinical toxicology analysis, diagnostic testing, therapeutic drug monitoring, cannabis testing, environmental analysis, pharmaceutical research, and food & beverage testing

Certified Reference Materials (CRMs) for applications in forensic and clinical toxicology analysis, diagnostic testing, therapeutic drug monitoring, cannabis testing, environmental analysis, pharmaceutical research, and food & beverage testing.

Reference materials of inorganic elemental impurity mixes as per ICHQ3D guidelines for your ICP or AAS based tests of drug products in pharmaceutical analysis.