For research and development (R&D) scientists, the quality and purity of chemical reagents are non-negotiable. Lithium Orotate (CAS 5266-20-6) is a compound increasingly utilized in various research fields, from pharmaceuticals to materials science. Understanding its specifications and how to source it effectively is a key concern for laboratory managers and lead researchers.

Lithium Orotate: A Reagent of Interest

Lithium Orotate, typically supplied as a white crystalline powder, is valued for its chemical structure and purity. In R&D, its role as a source of lithium ions makes it useful in studies exploring lithium's effects on cellular processes, potential therapeutic applications, or as a component in novel material synthesis. The purity level, often exceeding 99%, is critical for ensuring reproducible experimental results and avoiding interference from impurities. Researchers need to buy Lithium Orotate from suppliers who guarantee these high standards.

The Criticality of Purity and Specifications

When procuring Lithium Orotate for laboratory use, R&D professionals must scrutinize the product specifications. Key metrics include:

  • Purity: Look for assays of 98% or higher, with 99%+ being preferred for sensitive research.
  • Appearance: A consistent white crystalline powder is typical. Deviations may indicate contamination or degradation.
  • CAS Number: Confirming 5266-20-6 ensures you are purchasing the correct compound.
  • Manufacturer Documentation: A Certificate of Analysis (CoA) detailing purity, impurity profiles, and physical properties is essential.

The ability to buy Lithium Orotate with verified quality is fundamental to the success of research projects. A reliable supplier will make this information readily available.

Choosing a Supplier for R&D Needs

Selecting the right supplier for Lithium Orotate involves more than just price. For R&D, factors like sample availability, quick delivery for urgent experiments, and responsive technical support are equally important. Many research institutions and companies source their chemicals from specialized suppliers or directly from manufacturers who cater to the scientific community. Manufacturers in China often offer competitive pricing for high-purity chemicals, making them attractive for bulk procurement or for departments with budget constraints.

When making an inquiry, be prepared to discuss your specific research needs. A good supplier will not only provide the product but also assist with technical queries. They should be able to offer small quantities for initial testing and larger orders as your research progresses. Building a relationship with a trusted manufacturer ensures a consistent and reliable source for your ongoing research requirements.

In summary, for R&D scientists, the quality and purity of Lithium Orotate are paramount. By carefully selecting suppliers and scrutinizing product specifications, researchers can ensure they are using a reagent that meets the highest standards, thereby facilitating robust and accurate scientific discovery.