Carbon* analyzer design principle

The main function of the carbon-sulfur analyzer is to analyze and measure the carbon dioxide and sulfur dioxide produced after the metal is burned. At present, domestically-used burners are arc burners, high-frequency burners and tube burners, and our original arc burners. With its stable use, full conversion, easy use, low cost, and low cost of use, it has been well received by users across the country and has become the mainstream product used in the current market. The third-generation arc burning furnace produced by Nanjing Tongpu Company has beautiful appearance and reasonable structure. It adopts integrated design, effectively overcomes the shortcomings of long-term use and easy leakage of products, adjusts high-frequency parameters, and greatly improves the conversion of stoves. The rate also improves the durability of the product and is unique in its class.

The carbon-sulfur analyzer is divided into various models because of the additional functions and degree of automation of the product. However, its product design principles are all derived from the statutory carbon capacity specified by national standards and the statutory sulfur of acid-base titration. The measurement accuracy of carbon silicon analyzers complies with relevant national standards, and the serial products are converted from manual operations, data conversion, and automatic data transmission. The computer terminal display has formed a serialization pattern that can meet the actual needs of various types of enterprises. Enterprises can choose different models according to their own needs.

The use of electric arc furnace combustion for the determination of carbon and sulfur can be combined with the volumetric method and conductance method, as well as with the infrared method. The measured species are not limited to steel samples, but the determination of carbon and sulfur in samples such as ferroalloys, slags, ores, cements, glass, carbon coke, and non-ferrous metals can be obtained by using different additives and appropriate processes. good result. Even more remarkable is that the electric arc furnace and the conductance method can be used to measure low carbon, and the measured results can be comparable with the infrared method.

Carbon-sulfur analyzer is a common and popular measurement instrument in the physics and chemistry analysis room of an enterprise. It can quantitatively analyze carbon and sulfur in the metal material and accurately measure the percentage of carbon and sulfur in the material. Widely used in smelting, foundry, machinery, vehicles, valves, ore, environmental protection, quality inspection and other industries and fields, can be quickly and easily carry out raw material acceptance, furnace analysis, product testing and other stages of product testing.