Five element analyzer

The five element analyzer is a very important analytical tool that can accurately and quickly analyze the five elements in alloys, namely copper, silver, zinc, nickel, and cobalt. Therefore, the SJQ-8 five element analyzer has a wide range of applications, including manufacturing, metal processing, aerospace, automotive manufacturing, and other fields.

　　Five element analyzerIt is a very important analytical tool that can accurately and quickly analyze the five elements in alloys, namely copper, silver, zinc, nickel, and cobalt. Therefore, it has a wide range of applications, including manufacturing, metal processing, aerospace, automotive manufacturing, and other fields.

This instrument analyzes five elements in alloys using X-ray fluorescence spectroscopy technology. When atoms in the sample are excited, they emit specific fluorescence spectra. This emission spectrum can be used to identify elements in materials. The instrument will measure these emission spectra and compare them with pre-set elemental spectra. By comparison, the instrument can identify the types and contents of elements in the sample.

　　Five element analyzerWe use gas capacity to determine carbon and iodine to determine sulfur, and use high-precision photosensitive elements to control automatic sulfur titration with a constant endpoint. Single chip microcontroller control, high degree of automation, reliable performance. Imported sensors and microcomputer controlled detection data, with test results displayed in digital format and automatically printed.

Due to the non-destructive testing method used by the instrument, the integrity of the sample can be maintained. At the same time, there is no risk of using any harmful substances, and it is harmless to the environment and human health.

Its application scenarios are very extensive. For example, in the steel industry, this instrument is used to analyze and identify the elemental content in steel. In the high-precision electronic device manufacturing industry, this instrument can be used to analyze the content of five elements in circuit boards and components to ensure product quality. When manufacturing aerospace components, this instrument can also be used to analyze the element content in alloys to ensure the quality and performance of the parts. It plays an important role in modern industrial production, and our research and application of it also need to be continuously deepened.

1、 Main technical parameters:

1. The electronic circuit adopts modular design, which is stable and reliable. At the same time, multi-level concealed isolation circuits are used to solve high-frequency interference;

2. Can set up any element analysis channel according to customer needs (can be refined to high and low content);

3. Adopting a data acquisition system with low noise, high sensitivity, and high stability ensures the accuracy of the measurement;

4. Adopting imported light source systems with good thermal stability and a service life of tens of thousands of hours;

5. The light band emitted by the light source is limited to 2-10um at the source to ensure no stray light; Entering the subsequent detection channel ensures the stability and accuracy of the detection; The focusing device inside the light source ensures the parallelism of the emitted light; The light source is filled with protective gas inside to ensure stability and prevent oxidation

6. Built in 8 working curves, can be calibrated using standard samples for single or multiple points, suitable for different content ranges of high, medium, and low, convenient and practical;

7. Equipped with database processing software, suitable for analyzing samples of various materials.

8. Computer control and high-precision electronic analytical balance ensure the stability of operation and the reliability of data, enabling non quantitative weighing of samples;

2、 Measurement range:

(As this instrument can detect a large number of elements, we will take common elements such as C, S, Mn, P, Si, Cr, Ni, etc. in steel as an example.)

Carbon: 0.0020%~6.00% Sulfur: 0.00050%~2.0000%

Manganese: 0.010%~65.000% Phosphorus: 0.0005%~2.0000%

Silicon: 0.010%~75.000% Chromium: 0.010%~80.000%

Nickel: 0.005%~85.000% Molybdenum: 0.010%~15.000%

Rare earth: 0.0100%~8.000% Magnesium: 0.0100%~15.000%

Copper: 0.010%~90.000% Titanium: 0.010%~10.000%

If the testing conditions are changed, the range can be expanded accordingly.

3、 Carbon and sulfur analysis:

⑴ Analysis range: Carbon: 0.020-6.000% (reducing weighing can expand measurement range)

Sulfur: 0.0005~2.000%

⑵ Analysis time: 45 seconds

⑶ Sample weighing quality: Non quantitative weighing range ± 10%

⑷ Power gas: oxygen; Pressure 0.02-0.04Mpa

4、 Colorimetric analysis:

⑴ Wavelength range: 200-1000nm

⑵ Absorption range: 0-1.999A

⑶ Concentration range: 0.000-99.99%

⑷ Reproducibility: better than 0.003A (0.5A)