Recently, Pangang Xichang Vanadium Products Co., Ltd., a subsidiary of Pangang Group, and the Pangang Vanadium-Titanium Quality and Technology Center have simultaneously introduced and put into use two Syens high-frequency infrared carbon and sulfur analyzers for detecting carbon and sulfur elements in production and research processes.
As a key industrial direction for Pangang Group, vanadium-titanium resources require extremely stringent analysis and testing in quality control and R&D stages. Whether in the smelting process of vanadium products or in the research and development phase of new vanadium-titanium materials, the content of non-metallic elements such as carbon and sulfur directly affects the performance and subsequent applications of the products. Improper element control may lead to reduced toughness in alloy materials, weakened corrosion resistance, or even performance failure.
The high-frequency infrared carbon and sulfur analyzer, with its features of complete combustion, high sensitivity, and rapid and stable analysis results, has become a common tool for carbon and sulfur testing in vanadium-titanium materials. By burning samples in a high-frequency induction furnace combined with infrared detection technology, the instrument can accurately measure the carbon and sulfur content in samples within a short time, providing timely data support for metallurgical production and reliable basis for researchers to explore the relationship between material composition and performance.
The commissioning of these two devices will further enhance Pangang Group's quality control and technological R&D capabilities in the vanadium-titanium industry chain. Especially in the process of advancing the development and application of high-end vanadium-titanium materials, precise and stable testing methods will provide strong support for the enterprise's continuous innovation.
As a research, development, and manufacturing company of analytical testing instruments, Syens Instruments has always focused on testing needs in the fields of metallurgy, non-ferrous metals, and new materials, and continuously optimizes equipment performance to meet users' increasingly high requirements for testing accuracy and efficiency.
