This product meets the requirements of the national standard GB/T18043-2013 for instrument resolution. AU8000 uses Si-Pin semiconductor detectors, which are far superior to proportional counting detectors; it accurately analyzes the content of gold, silver, platinum, palladium, copper, zinc and nickel in gold, platinum and K-gold jewelry.
Application areas
Widely used in the detection of precious metals such as gold, silver, copper, zinc, nickel, etc.
1. Quality inspection center
2. Gold and silver jewelry store
3. Jewelry processing factory
4. Precious metal smelting plant
5. Pawn shop
6. Analysis and testing center
7. Precious metal recycling
8. Auction house
1. Analysis element measurement range: sulfur (S)-uranium (U);
2. Analysis range: ppm level-99.99%;
3. Simultaneous analysis of elements: 24 elements analyzed simultaneously;
4. Optimal resolution: 149eV;
5. Detector: Si-Pin detector;
6. Detection limit: The analysis detection limit can reach ppm level;
7. Stable and repeatable: 0.05% (content above 96%);
8. Measurement time: 60-200 seconds adjustable;
9. Filter: 1 filter;
10. Collimator: 1 collimator;
11. Camera: HD industrial camera;
12. Ambient temperature: 15℃~30℃;
13. Refrigeration method: electric refrigeration, no consumables required;
14. Measurement object: powder, solid, liquid;
15. Input voltage: AC 220V±5V, it is recommended to configure AC purified voltage stabilized power supply.
1. Long-lasting stable light tube;
2. Semiconductor silicon needle electric refrigeration system, abandoning liquid nitrogen refrigeration;
3. Built-in high-definition camera, convenient for users to observe samples at any time;
4. Digital pulse processor, fast and accurate data processing;
5. Amplification circuit, high and low voltage power supply;
6. Single sample chamber, manual opening and closing of the machine cover, safe and convenient operation;
7. Triple safety protection mode;
8. Multivariable nonlinear regression program;
9. Independent matrix effect correction model;
10. Specially developed application software, very user-friendly operation interface.
