What advanced technologies are used in carbon* analyzers

The instrument uses an electric arc burner combustion sample, gas volumetric method of carbon measurement, iodometric method automatic titration and measurement of sulfur, imported precision micro-pressure sensor and microcomputer programming automatic control working procedures, test measurement results, so that carbon and sulfur element content is directly read, Automatically print measurement results. It is suitable for the detection of carbon and sulfur elements in various materials such as carbon steel, high-middle-low alloy steel, stainless steel, cast iron, ductile iron, alloy cast iron, and ferromanganese.

First of all, according to the needs of the company's products, the purpose of purchasing the instrument is to ensure that the quality of the company's own products is controlled, so we must pay attention to the adaptability of the instrument to the company's products. For example, the test time should be as fast as possible before the furnace test. Can print the test report, and the finished product inspection must consider the authority of the instrument.

Microcomputer-based automatic carbon-sulfur analyzer is a new generation of steel instruments developed according to the national standard volumetric method, iodometric method, advanced sensing technology, and computer technology. Used for accurate analysis of carbon and sulfur elements in steel, iron and other materials. Because the instrument can be directly interfaced with the electronic balance, it can realize the indefinite measurement of the instrument, thus significantly improving the efficiency of the laboratory personnel.

The instrument adopts imported precision sensors to realize digital display of measurement results and read content directly. After the carbon-silicon analyzer adopts a hundred-year calendar clock module, the instrument can record and print analysis results in real time through a micro-printer, which can be archived for future reference. Therefore, the instrument completely overcomes the visual errors and conversion errors that could not be overcome when the previous gas volume method and iodine scale readings were read, which improved the measurement accuracy. As the control circuit uses advanced computer technology and uses oxygen as the power source for the airway, it has realized the automated workflow of the instrument.

The carbon measurement process uses solid or potassium hydroxide liquid absorption in two ways, using standard substances to calibrate. Digital read out. Overcome the influence of barometric temperature. No calculation is required, which greatly increases the speed of measurement. Sulfur measurement uses automatic titration, and the results are read without calculation, improving the measurement accuracy.

The quality, price, and service of the instrument mainly consider the service ability of the instrument supplier. At present, the quality of high-end product instruments such as large-scale direct-reading spectrum is better than domestic products, and the price is not comparable. The domestic mid-range instrument products Quality and performance are much the same, and there is a slight difference in function. This depends on the size of the company and some of the company's honors to ensure that the instruments you purchase are reliable and affordable.