Baoying Carbon and Sulfur Analyzer is committed to 5

Baoying Carbon and Sulfur Analyzer is committed to 5Suitable for the analysis of carbon and sulfur in various solid raw materials such as ferrous metals, non-ferrous metals, alloys, carbides, rare earth metals, ores, etc. The whole machine adopts modular and integrated design, with four independent modules including high-frequency furnace, gas system, circuit system, and infrared detection system.

Carbon and sulfur analyzer generally refers to a general term for instruments that quantitatively analyze carbon and sulfur elements in steel materials, and is also an ideal analyzer for quality control in the entire steel production process from raw materials to finished products.

All of the above can be expanded by changing the sample size to expand the analysis range.

Analysis time: 20-40s

sample weight

Generally 0.1-0.5g, the sample size can be adjusted according to the sample content

Good reliability, high cost-effectiveness, fast analysis speed, low operating costs, and simple operation and maintenance.

Simultaneously obtaining the content of carbon and sulfur elements in one analysis;

Effectively detect carbon and sulfur content at the ppm level;

High precision mass flow meter (MFC), with precise flow control and high analysis accuracy;

The infrared detection pool adopts the NDIR detection principle, with a large range span and stable operation;

High frequency induction furnace can quickly and uniformly heat and burn;

Furnace head constant temperature heating;

Multi channel oxygen supply design for higher stability;

Automatic cleaning and ash removal, multi-stage filtration dust removal;

Optional high-efficiency physical water removal device;

Optional oxygen purification module.

Analysis principle

The core component infrared detection pool adopts the NDIR detection principle that has been tested for decades, with high technological maturity, large range span, and stable operation.

Selecting efficient and long-life platinum rhodium alloy precious metal micro infrared light sources and metal reflectors for higher optical efficiency;

Can effectively detect carbon/sulfur content at the ppm level;

Selecting efficient narrowband infrared filters with good rectangular coefficients, high cut-off depth, high characteristic wavelength transmittance, small bandwidth, and high center wavelength positioning accuracy can better shield the interference of other element spectral lines.

Accurate fluid control technology

The flow controller adopts a high-precision mass flow meter (MFC) as the main control module, replacing traditional mechanical flow controllers, with more accurate flow control and higher analysis accuracy.

Automatic cleaning and ash discharge design

Automatic positive pressure pulse dust removal after analysis, improving the stability of raw material analysis and reducing equipment maintenance work;

Multi stage filtering and dust removal design ensures that the infrared detection chamber is not contaminated and eliminates the trouble of cleaning the chamber for users.

Furnace head constant temperature heating device

Improve the stability and accuracy of analysis for low content samples and sulfur content.