Theory of Operation The CS1232 Carbon Sulfur Analyzer Principle is a non-dispersive, infrared, PC controlled instrument designed to measure the Carbon and Sulfur content in wide variety of organic materials including, Coal, Coke, Oil, as well as some inorganic materials including, Soil, Mineral Ores, Cement and Limestone to name a few.

CS1232 Carbon Sulfur Analyzer Tungsten accelerator also known as tungsten particle, tungsten chip accelerator, or tungsten granule is a form of coarse tungsten particles made by breaking forged tungsten bars.   The forged tungsten bars are used instead of sintered tungsten powder because repeated forging of used parts rules out the possibility of other impurities being introduced. The forged tungsten bars have low oxygen which implies they are relatively pure when oxygen is assumed as an impurity.

CS1232 Carbon Sulfur Analyzer The carbon-sulfur analyzer is a high-tech product used to measure carbon and sulfur content in a wide range of samples. It can rapidly and accurately analyze alloys, ores, non-ferrous metals, cement, ceramics, minerals, catalysts, and several other inorganic materials. The C/S analyzers use a combination of optical, electrical, computing, and analytical technologies to perform advanced-level analysis.

A total organic carbon (TOC) analyzer is a device used for measuring organic carbon content in a liquid or water sample. Carbon content is one of the crucial parameters used for quality analysis across different segments. From analyzing drinking water sources to industrial wastewater, TOC is an important indicator of the level of contamination in water solutions.