High Frequency Infrared Carbon and Sulfur Analyzer: A powerful tool for accurate analysis of elemental carbon and sulfur

In materials science and industrial production, accurate analysis of elemental content is essential for quality control and process optimization. The High Frequency Infrared Carbon and Sulfur Analyzer is an efficient analytical tool for determining carbon and sulfur content in a wide range of materials, including ferrous, nonferrous, rare earth metals, catalysts, alloys, ores, coal, coke, cement, ceramics, and refractory, among other metallic and nonmetallic solid materials.

1. Analyzing Principle: High Frequency Furnace Heating and Infrared Absorption Testing

The High Frequency Infrared Carbon Sulfur Analyzer employs two key analytical principles: High Frequency Furnace Heating and Infrared Absorption Detection.

High Frequency Furnace Heating:

Samples are first heated in a high frequency furnace by a high frequency electromagnetic field. This type of heating is highly efficient and homogeneous, enabling the sample to be completely combusted in a short period of time. The gases produced by combustion include carbon dioxide and sulphur dioxide.

Infrared Absorption Detection:

Combustion gases include the carbon dioxide and sulphur dioxide produced, and these gas molecules have specific infrared absorption properties. The instrument uses an infrared light source to irradiate the gas and then measures the change in intensity of the transmitted light. Based on the change in the absorption spectrum, the carbon and sulphur content of the sample can be accurately determined.

2. Analytical performance and range: extremely high accuracy and a wide range of applications

High-frequency infrared carbon and sulphur analyzer with excellent performance characteristics:

1. Analysis range:

Carbon: (0 ~ 10)% (extended to 99.99%)

Sulfur (S): (0 ~ 1)% (extended to 99.99%)

2. Minimum reading: 0.00001%, ensure extremely high analytical sensitivity.

3. Analytical accuracy: in terms of repeatability, carbon RSD: ≤ 0.5%

Sulfur RSD: ≤1.5%, meeting the requirements of ISO standards.

4. Analysis error: meet ISO standard, small error.

5. Chemical reagents: High-efficiency colour-changing desiccant and high-efficiency carbon dioxide absorber (alkali asbestos), which help to ensure the accuracy and stability of analysis.

In conclusion, the high frequency infrared carbon and sulphur (HFIR) analyzer is a versatile instrument for the precise determination of carbon and sulphur in a wide range of metallic and non-metallic solid materials. Its high analytical range, excellent analytical accuracy and fast analytical speed make it an indispensable tool in materials science and industrial production, which helps to ensure optimal product quality and process control.

Wuxi Jinyibo Instrument Technology Co., Ltd. is a science and technology enterprise focusing on metal material testing and analysis. The company's core team is experienced in the field of metal material analysis and testing, and has in-depth and unique understanding of metal material testing applications. We are professional because of our concentration, and reliable because of our expertise.