High-Purity Lithium Metaborate: Your Key to Precision Analysis
Unlock superior analytical results with our premium Lithium Metaborate, a vital component for XRF and glass production.
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Lithium Metaborate
Lithium Metaborate (CAS 13453-69-5) is a high-purity inorganic compound essential for demanding analytical and industrial applications. Its consistent quality and specific properties make it a preferred choice for precise measurements and material synthesis.
- Leverage lithium metaborate flux for XRF analysis to achieve accurate elemental quantification across diverse sample types.
- Explore the pharmaceutical applications of lithium metaborate, contributing to the development of specialized medicines and formulations.
- Utilize its role in lithium metaborate glass production, enhancing the thermal and chemical resistance of specialized glass products.
- Discover the benefits of borate fusion flux composition, where lithium metaborate plays a critical role in sample preparation for spectroscopy.
Product Advantages
Exceptional Purity
Benefit from our lithium metaborate purity 99%, ensuring reliable and reproducible results in sensitive analytical processes and chemical syntheses.
Versatile Fluxing Agent
Experience superior sample dissolution for XRF and other spectrochemical techniques when using our lithium metaborate as a primary lithium metaborate flux for XRF.
Broad Application Spectrum
Integrate this compound into various processes, from contributing to lithium metaborate pharmaceutical applications to enhancing materials in ceramics and glass manufacturing.
Key Applications
XRF Sample Preparation
The compound's role as a flux for XRF analysis is paramount, enabling the complete dissolution of refractory materials for accurate elemental detection.
Glass and Ceramics
In lithium metaborate glass production, it acts as a critical additive, improving properties like chemical durability and thermal stability.
Pharmaceutical Industry
Its application in the pharmaceutical industry involves its use in specific formulations and potentially as an intermediate, highlighting its versatility.
Specialty Enamels
The compound is vital for preparing acid-resistant enamels, showcasing its utility in protective coatings and specialized material science.