Recently, the Baiyun Ebo Iron Mine, part of Baotou Steel (Group) Company, officially introduced the high-frequency infrared carbon-sulfur analyzer independently developed by Sichuan Syens Instruments Co., Ltd. This equipment is used for precise detection of carbon and sulfur content in ore samples, aiming to improve resource utilization efficiency and product quality control.
The Baiyun Ebo Iron Mine, affiliated with Baotou Steel (Group) Company, is one of the world’s largest rare earth resource deposits and a critical base for coexisting iron, rare earth, and niobium resources in China. Throughout the processes of ore mining, beneficiation, and smelting, monitoring the carbon and sulfur content in raw ore, concentrates, and by-products is essential, as it directly impacts production batching, smelting process stability, and final product quality.
To further enhance analysis efficiency and testing accuracy, Baiyun Ebo Iron Mine has chosen to introduce the Syens high-frequency infrared carbon-sulfur analyzer. This equipment is used to analyze key indicators such as total sulfur, effective sulfur, and total carbon in ore samples, effectively supporting on-site production decisions and quality control.
The Syens high-frequency infrared carbon-sulfur analyzer employs high-frequency induction combustion combined with infrared absorption methods, paired with an intelligent control system and sensitive detection modules. It offers the following standout advantages:
Strong Adaptability: Suitable for various geological samples, including iron ore, rare earth ore, titanium ore, and manganese ore.
High Detection Accuracy: Capable of accurately analyzing carbon and sulfur content down to ppm levels.
High Analysis Efficiency: Short analysis time per sample, ideal for large-scale sample testing.
Intelligent Operation: Equipped with features such as automatic sample loading and calibration, reducing manual operation workload.
This equipment has been widely adopted in industries such as mining, geological exploration, metallurgy, and research institutions, earning high praise from users.
