Carbon-Sulfur Analyser

In a vast array of industries, including metallurgy, mining, environmental monitoring, and petrochemicals, the precise determination of carbon and sulfur content is not merely an analytical step; it is a fundamental requirement for quality control, process optimization, and regulatory compliance. Carbon significantly influences material properties like strength, hardness, and ductility, while sulfur, even in trace amounts, can drastically affect brittleness, machinability, and corrosion resistance. Without accurate and rapid analysis, manufacturers risk producing suboptimal or even unsafe products, leading to costly reworks and reputational damage.

The DECENT Carbon-Sulfur Analyser is an indispensable tool specifically engineered to address these critical needs. Employing advanced high-frequency induction combustion and infrared absorption technology, this instrument provides unparalleled accuracy and speed in quantifying both carbon and sulfur within a diverse range of solid and liquid samples.

The DECENT Carbon-Sulfur Analyser is designed to deliver superior analytical performance, making it a cornerstone in any modern quality control or research laboratory. Its operational principle involves combusting a precisely weighed sample in a high-frequency induction furnace within an oxygen atmosphere, converting carbon into carbon dioxide (CO2) and carbon monoxide (CO), and sulfur into sulfur dioxide (SO2). These gaseous products are then swept into highly sensitive infrared (IR) detection cells, which accurately measure their concentrations. Our analysers boast multiple IR cells to cover wide measurement ranges, from trace levels (as low as 0.0001% or 0.1 ppm) to high concentrations (up to 99.999% for both elements).

With typical analysis times ranging from 20 to 100 seconds (often around 35 seconds), the DECENT Carbon-Sulfur Analyser significantly boosts laboratory throughput. Furthermore, its user-friendly software, robust hardware, and self-diagnosis functions ensure reliable, long-term operation, providing laboratories with a powerful tool for precise and efficient elemental analysis across an expansive array of applications.