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Nanjing Sibo Instrument Technology Co., Ltd

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    No. 25 Maoshan Road, Gaochun District, Nanjing City

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Nanjing Sibo 1HW (ST) Battery Material Carbon and Sulfur Analyzer

NegotiableUpdate on 05/06
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Overview

Arc infrared carbon sulfur analyzer, arc infrared carbon sulfur analyzer, carbon sulfur analyzer, 1HW (ST) type battery material carbon sulfur analyzer are rapid quantitative analysis instruments for analyzing the composition of materials such as ferrous and non-ferrous metals. This instrument is widely used in metallurgy, machinery, and other industrial sectors, and is one of the effective means of controlling product quality. Can accurately, stably, and quickly detect the chemical element composition in metal materials.

Product Details

1. Application scope:Nanjing Sibo 1HW (ST) Battery Material Carbon and Sulfur AnalyzerIt is a rapid quantitative analysis instrument for analyzing the composition of materials such as ferrous and non-ferrous metals. This instrument is widely used in metallurgy, machinery, and other industrial sectors, and is one of the effective means of controlling product quality. Can accurately, stably, and quickly detect the chemical element composition in metal materials.

Measurement range:C:0.001%-10% S:0.0005%-5% By changing the testing conditions, the scope can be expanded accordingly

2. Measurement accuracy: compliantISO9556-94 standard, compliant with ISO4935-94 standard

C:(RSD)≦0.5% , S: (RSD)≦1.8%

3. Analysis time: Approximately 45 seconds.

4. Nanjing Sibo 1HW (ST) Battery Material Carbon and Sulfur AnalyzerMain performance characteristics:

Adopting low noise, high sensitivity, and high stability infrared detectorsEnsure the analytical accuracy of the instrument system;

Modular design of the entire machine,Reduced instrument malfunctions,improvedsystemReliability;

Adopting automatic lifting of furnace crucible simplifies the complexity of operation;

electronic balanceNon quantitative weighing of samples with computer hostAutomatic online connectionMake the instrument more convenient to operate;

By adopting the furnace gas blowback design during analysis, thousands of samples can be analyzed without the need to clean the furnace head;

The software is fully functional, providing more than 40 functions such as file assistance, system monitoring, channel selection, data statistics, result correction, breakpoint correction, system diagnosis, etc;

Dynamically display various data and carbon and sulfur release curves during the analysis process;

The detectable materials include: ordinary carbon steel, low-alloy steel, medium alloy steel, high alloy steel, pig iron, gray cast iron, ductile iron, wear-resistant cast iron, aluminum alloy, etc.

5. Instruments and software

The analyzer software is used to develop carbon and sulfur analyzers for the company10Each channel, each channel4 curves.National standard samples are used before the instruments leave the factoryPrepare curves and perform individual verifications at ambient temperatures ranging from 5 ° C to 35 ° C to ensure the accuracy and precision of instrument measurements. The carbon and sulfur pools of the instrument are combined with platinum light sources and imported sensors to ensure the sensitivity and durability of the detection part of the instrument. The software dynamically displays various data and releases carbon sulfur curves during the analysis process, making it easy to judge the analysis effect. At the same time, the software has more than 40 functions such as self diagnosis, ensuring that the analysis process is simple, convenient, fast, and has an extremely low failure rate.

6. Working principle of the instrument

This instrument is equipped with a computer, printerhigh frequencyComposed of combustion furnace, infrared detection system, electronic balance, etc.

Measurement principle of carbon and sulfur: Using the high-frequency heating principle of a high-frequency combustion furnace, the sample is burned to generate carbon dioxide and sulfur dioxideAbsorption law by LambertAccording to Beer's LawtoThe concentration of the gas being measured in a mixed gas is the basic principle of infrared absorption method for quantitatively measuring gas concentration.