In the field of modern industrial manufacturing, the quality of stainless steel directly impacts the performance and reliability of end products. Hangzhou Kebai Special Filtration Equipment Co., Ltd., which specializes in the research, development, and production of high-end filtration materials, serves industries such as medical, electronics, semiconductors, and chemicals with stringent precision requirements. To ensure the compositional stability of stainless steel materials, Kebai introduced the Syens high-frequency infrared carbon-sulfur analyzer from Sichuan Syens Instruments Co., Ltd., enabling precise detection of carbon and sulfur content in stainless steel samples and elevating product quality control.


The carbon and sulfur content significantly affects the mechanical properties, corrosion resistance, and weldability of stainless steel materials. The Syens high-frequency infrared carbon-sulfur analyzer employs high-frequency combustion and infrared absorption detection technologies, allowing rapid and precise measurement of carbon and sulfur content in stainless steel to ensure compliance with industry standards. Its high-sensitivity detector and intelligent data processing system enhance the repeatability and accuracy of testing, providing robust support for Hangzhou Kebai’s quality control processes.
The Syens high-frequency infrared carbon-sulfur analyzer has been widely adopted in industries such as metallurgy, mining, aerospace, new energy, and specialty materials, serving numerous enterprises, including Anhui Chaodian New Energy, Chengdu Yiyu Xiang Technology, and Guangdong Zhuogao New Materials, helping industry clients achieve high-standard quality control.
In the future, Syens Instruments will continue to innovate, providing more enterprises with efficient and precise elemental analysis solutions, contributing to the advancement of Chinese manufacturing toward higher quality!
Shaanxi Wuke Jinsi New Materials Introduces Syens High-Frequency Infrared Carbon-Sulfur Analyzer for Precise Detection of Carbon and Sulfur Content in Silicon-Carbon Anode Materials