With the rapid development of the new energy industry, quality control of lithium iron phosphate materials has become a key focus for lithium battery manufacturers. Recently, Hunan Dazhonghe Lithium Mining Co., Ltd. officially introduced the high-frequency infrared carbon-sulfur analyzer, developed and manufactured by Sichuan Syens Instruments Co., Ltd., for precise detection of carbon and sulfur content in samples such as lithium iron phosphate. This adoption significantly enhances the efficiency and accuracy of lithium material analysis.
As a key enterprise in lithium resource extraction and battery material manufacturing, Hunan Dazhonghe Lithium Mining Co., Ltd. maintains strict control standards for carbon and sulfur content in raw materials and intermediate products. Minor variations in carbon and sulfur levels directly impact the electrochemical performance, conductivity, and safety of materials, making the selection of a stable, high-precision carbon-sulfur analyzer particularly critical.
Core advantages of the Syens high-frequency infrared carbon-sulfur analyzer:
High Precision: Supports ppm-level carbon and sulfur content analysis, meeting the trace detection needs of new energy materials;
High Efficiency: Simple sample pre-treatment and short analysis time, suitable for rapid batch sample testing;
Intelligent Software: Equipped with a powerful analysis system featuring automatic calibration, data export, and other functions;
Wide Applicability: Suitable for carbon-sulfur detection in new energy cathode and anode materials such as lithium iron phosphate, graphite, and lithium manganate;
Broad Industry Applications: Covers multiple sectors, including lithium batteries, rare metals, new materials, and chemicals.
This collaboration reflects Hunan Dazhonghe Lithium Mining Co., Ltd.’s strong recognition of Syens, a leading domestic brand in high-end analytical instruments. Both parties will continue to deepen their cooperation in new energy material analysis, jointly promoting the standardization and intelligence of quality testing for high-performance battery materials.
