X-ray fluorescence analysis technology and dispersion analysis method are used to generate complex X-ray mixed energy spectrum by exciting various elements in the material. The energy spectrum analysis technology is used to find the element type and content in the measured material, and the instrument eliminates the need for complexity. The cumbersome sample processing process directly analyzes the slurry, and quickly gives the analysis results, which can participate in and guide the automatic control of the production process.

1. Real-time: The vast majority of domestic X fluorescence analyzers are "offline" laboratory analyzers. Very few of them are used on-site and are also "sideline" meters, which must be sampled, dried, and sieved. A series of complicated sample pre-treatment processes such as grinding, sample preparation, etc., analysis results can only be obtained after several hours, and the data results have a large lag. This product can complete the measurement of a certain flow channel in 1~3 minutes.

2. Reliability: The room temperature semiconductor detector (SDD) is adopted, which has the same energy resolution as the silicon lithium drift semiconductor detector under liquid nitrogen at room temperature, avoiding the silicon lithium drift semiconductor detector in the imported multi-element analyzer The necessary liquid nitrogen refrigeration device greatly reduces the intensity of on-site maintenance, guarantees the safety of operators, and the long-term operation of the instrument is stable and reliable.

3. Strong representativeness: reasonable design of the measuring device, the liquidity of the slurry in the measuring tank is good, and the mixing is uniform, and the measurement result accurately reflects the real situation of the slurry. The company can provide various types of samplers according to user needs: gravity flow samplers, pressure samplers, reduced sampling stations, configuration samplers, etc.

4. Adaptability: The measurement is not affected by site factors such as concentration, particle size, bubbles, speed, stratification, etc., and can adapt to various industrial sites with complex conditions and harsh conditions.

5. Developed novel nuclear electronic technology and nuclear energy spectrum analysis technology, which can analyze and process the complex energy spectrum generated after multiple elements are excited, and eliminate the mutual interference between different elements.

6. Stable working status, high analysis accuracy, strong reliability, simple operation, convenient maintenance, and friendly and user-friendly software interface.

7. Compared with similar foreign products, it has obvious price advantage, and it is more convenient and faster in after-sales service.