Standard certified materials

LGC Standards standard certified materials

LGC Standards has a wide range of standard certified materials used in the following areas:

• For Research: TRC's exceptionally large range of high-quality reference standards includes bioactive molecules, stable isotopes, APIs, impurities, metabolites, building blocks and controlled substances. It also spans many research areas, including oncology, neurology, infectious diseases, COVID-19, cardiovascular research and pharmaceutical toxicology.
• For pharmaceuticals: LGC Standards has more than 10,000 high-quality reference quality control standards. Their high quality allows you to do the most accurate work possible and help you develop better, safer medicines. The products are manufactured in an ISO/IEC 17025 and 17034 accredited facility and have a comprehensive Certificate of Analysis (CoA) ensuring their suitability for both qualitative and quantitative analysis.
• For Food and Beverage: LGC Standards has extensive experience in developing reference materials to support quality control testing in the food and beverage sector. Their portfolio has expanded to accommodate changing regulations and technology and now includes pesticides, PFAS, pharmaceutical and veterinary traces, microbial contaminants, mycotoxins, food allergens and more. This has been facilitated by partnerships with the world's leading manufacturers, including NML, NIST, JRC, Romer Labs and InBio.
• Environmental: LGC Standards' portfolio of accredited ISO/IEC 17034 and 17025 reference materials enables the analysis of a wide range of analytes including pesticides, PFAS, pharmaceutical and veterinary traces and cannabinoids. LGC's product range includes state-of-the-art multi-element mixtures and stable isotope-labeled reference materials, and ISO 17034 Certificates of Analysis provide customers with the most comprehensive information possible, including total combined uncertainty values, traceability to SI units.
• For Industry: For over 30 years, LGC Industrial's brands VHG, ARMI|MBH and Paragon Scientific have been developing industrial reference standards and sample preparation equipment you trust in the development, use and transformation of materials.
• For Accreditation: AXIO Proficiency Testing, LGC's trusted proficiency testing experts, run programs and schemes in the food, beverage, environmental, clinical, pharmaceutical, consumer safety, forensic and petroleum sectors – giving you confidence in results and helping your laboratory to continuously improve.

Lab instruments standard certified materials and analytical standards

Lab Instruments LabStandard® analytical standards, certified reference materials (CRM) and reference materials (RM) are available in dry form, as well as single and multi-component solutions (mixtures).

The LabStandard® catalog contains more than 4,000 different analytical standards for organic and inorganic compounds.

High purity compounds, stable and homogeneous and belonging to various classes of organic compounds such as: pesticides and metabolites, pharmaceuticals, natural substances, mycotoxins, PAH, PCB, PFAS, MOSH/MOHA, whether or not labeled with stable isotopes.

In addition, the catalog contains CRMs for all inorganic compounds (single component and mixed solutions) that can be analyzed by ICP-OES, ICPMS and ICPMSMS methods and by ion chromatography (CI) or multiparameter colorimetric analyzers.

Labmix24 standard certified materials

Labmix24 has a wide range of both certified and non-certified reference materials.

Main groups of standards:

• Pharmaceutical reference standards include primary standards, impurities, qualification testing, reagents, solutions. Methods used: GC | HPLC | NMR UV-VIS | FT-IR/FT-NIR.
• Metal and firing reference standards include CRMs, RMs, SUS, iron-based, aluminum-based, copper-based, nickel-based, other metals and alloys. Methods used: OES | XRF | Combustion | ICP.
• Petrochemical reference standards include solid and liquid fuels, oil, viscosity, lubricants, elements in oil, TAN and TBN, biodiesel, flash, pour, turbidity, freezing points. Methods used: XRF | ICP | burning
• Geological and industrial reference standards include rocks and minerals, coal, ash and slag, cement, soil, clay, loam, silt, ores, ferroalloys, RoHS, WEEE. Methods used: XRF | ICP | burning
• Food and beverage reference standards include matrix materials, stable isotopes, toxins. Methods used: ICP | GC | HPLC | HPLC-MS | GC-MS | AAS | UV-VIS | IC.
• Environmental protection standards include matrix materials, stable isotopes, pollutant standards. Methods used: ICP | GC | HPLC | HPLC-MS | GC-MS | AAS | UV-VIS | IC.
• Physical reference standards include such physical properties as e.g. heat, particle and surface, density, optics.
• Organic reference standards include organic analytes, residue analysis, individual standards, multicomponent mixtures, standards labeled with stable isotopes, biolipids. Methods used: GC | HPLC | HPLC-MS | GC-MS | UV-VIS.
• Inorganic reference standards include single and multi-element standards, stable isotope-labeled standards. Methods used: ICP | AAS | ICP-MS | IC.