Recently, Yunnan Honghe Arsenic Industry Co., Ltd. officially introduced the SES-906 High-Frequency Infrared Carbon-Sulfur Analyzer independently developed by Sichuan Syens Instrument Co., Ltd. The analyzer will be used for the precise determination of carbon and sulfur content in arsenic trioxide and related products. This move marks a solid step for Honghe Arsenic Industry in fine-tuned quality control, providing a strong guarantee for improving product quality and testing efficiency.
As a key raw material in the metallurgical, electronics, and pharmaceutical industries, arsenic trioxide requires extremely strict control over its purity and impurities. The minute content of elements like carbon and sulfur can have a profound impact, making it crucial to choose a carbon-sulfur analyzer with stable performance and accurate analytical results.
The Syens SES-906 High-Frequency Infrared Carbon-Sulfur Analyzer uses internationally advanced infrared absorption principles and high-frequency induction furnace combustion technology. This allows for high-sensitivity detection of carbon and sulfur in solid inorganic samples, making it particularly suitable for the analytical needs of high-purity, difficult-to-handle samples like arsenic trioxide.
Honghe Arsenic Industry's choice of the Syens SES-906 is a testament to the instrument's performance and a vote of confidence in a high-end Chinese analytical equipment brand. In the future, the two parties will further strengthen their cooperation in the field of analytical testing, continuing to promote the green and high-end development of the inorganic materials industry.
Sichuan Syens Instrument Co., Ltd. is a high-tech enterprise specializing in the R&D and manufacturing of material analysis equipment, including carbon-sulfur analyzers, direct-reading spectrometers, and oxygen-nitrogen-hydrogen analyzers. Its products are widely used in various fields such as metallurgy, new materials, geology and mining, and research institutions, aiming to provide customers with efficient and accurate elemental analysis solutions.
