All products feature verifiable analysis reports from accredited laboratories.
Lithium Fusion analysis is considered one of the most accurate and reliable methods for determining the chemical composition of minerals, including salt. In this method, after specialized preparation and fusion with lithium fluxes, the sample is transformed into a completely homogeneous specimen. This process reduces errors caused by sample heterogeneity and increases the accuracy, precision, and repeatability of results, enabling precise measurement of chemical compositions.
Using this method, major and minor elements and compounds present in salt are measured with high accuracy. Among the most important analyzed elements are Sodium (Na), Chlorine (Cl), Calcium (Ca), Magnesium (Mg), Potassium (K), Sulfur (S), Silicon (Si), Iron (Fe), Aluminum (Al), and, if required, other minor and trace elements. Measuring these elements provides valuable insights into the purity level, mineral composition, and overall quality of the salt, allowing for a thorough evaluation of the product’s chemical characteristics.
The results obtained from Lithium Fusion analysis play a key role in quality control, checking product compliance with industrial standards, evaluating raw materials, and determining the most suitable application for the salt. Due to the high accuracy of this method, the resulting data is utilized as reliable, authoritative information across various industries, including chemical, mining, food, pharmaceutical, water treatment, and other specialized applications.
Chemical analysis of salts is performed using advanced equipment in accordance with international standards. The test results provide a precise overview of the product’s chemical composition, helping customers and end-user industries select and utilize the product with greater confidence.
ME-02-MAD analysis is considered one of the most comprehensive and widely used laboratory methods for determining the chemical composition and evaluating the quality of minerals, including various industrial and mineral salts. Utilizing advanced equipment and precise elemental analysis techniques, this method enables the identification and measurement of a broad spectrum of major, minor, and trace elements, providing a complete profile of the product’s chemical characteristics.
In this analysis, in addition to determining the content of key salt-forming elements such as Sodium (Na) and Chlorine (Cl), the concentration of critical elements including Calcium (Ca), Magnesium (Mg), Potassium (K), Iron (Fe), Aluminum (Al), Silicon (Si), Sulfur (S), Manganese (Mn), Titanium (Ti), Phosphorus (P), and dozens of other elements as needed, are measured with high precision. This data provides consumers with detailed insights into purity levels, mineral composition, impurities, and the physical and chemical properties of the product.
Due to the comprehensive nature of its results, ME-02-MAD analysis is utilized not only for quality control, but also for raw material evaluation, compliance checking with international standards, geological studies, mineral processing, and selecting the most suitable product for industrial applications. The data obtained from this method empowers manufacturers and end-user industries to evaluate product performance and quality with greater confidence, selecting the optimal salt tailored to their specific process requirements.
Chemical analysis of salts using the ME-02-MAD method is performed with advanced laboratory equipment in accordance with international standards. The test results deliver a comprehensive and accurate report on the chemical composition, purity level, and element concentration of each product, enabling customers to make well-informed, documented decisions for industrial, chemical, mining, water treatment, oil and gas, drilling, and other specialized applications.
Analysis reports for each product are available for viewing and download on its respective product page.
