Instruments, machinery and equipment for detecting the composition and grade of metal elements in geological and mineral ores

Instruments, machinery and equipment for detecting the composition and grade of metal elements in geological and mineral ores

Handheld ore analyzer

Product advantages

1. Using imported performance X-ray emission tubes and resolution detectors, combined with digital multi-channel processing technology, TrueX ® Handheld ore analyzers have higher analytical accuracy.

2. The pressure factor can be automatically adjusted according to altitude, and the pressure model parameters can be adjusted adaptively based on the original reaction. The excitation effect of light elements is improved by 40%, and the excitation effect of rare earth elements is improved by 30%.

3. The equipment can be connected to the Internet, and the instrument can be set and maintained remotely.

4. By combining the built-in GPS latitude and longitude data and altitude data, and importing third-party GIS analysis software, a three-dimensional geographic distribution map of element content can be constructed to quickly assess mineral reserves or geological environmental disaster areas.

Analyzable ore types

Iron ore (hematite, ilmenite, siderite, etc.)

Copper ore (chalcopyrite, chalcopyrite, malachite, etc.)

Chromium ore (chromite spinel, chromite, chromite bismuth ore, etc.)

Molybdenum ore (molybdenite, copper molybdenum ore, tungsten molybdenum ore, etc.)

Tungsten ore (scheelite, scheelite, tin tungsten, etc.)

Tantalum ore (tantalum iron ore, niobium iron ore, pyrochlore, etc.)

Lead zinc ore (galena, sphalerite, white lead ore, etc.)

Nickel ore (laterite nickel ore, sulfide copper nickel ore, etc.)

Other minerals

Product Features

1. The instrument has a smaller volume, lighter weight, and is convenient to carry.

2. The combination of fast processing chips, algorithms, and efficient software makes instrument analysis faster.

3. Industrial resistive touch screens have superior backlight performance compared to capacitive screens, and are still clearly visible in strong outdoor light, while eliminating the danger of glove removal in special outdoor environments.

4. The body adopts an anti slip and wear-resistant streamlined design, which is very lightweight, easy to carry and transport, and integrates cutting-edge research and innovation in wave sound.

5. Supports hot swapping of instrument batteries, allowing for battery replacement while in operation without the need to shut down.

6. Users can customize and create professional reports, including company logo, company address, test results, spectral spectra, and other sample information (such as product description, origin, batch number, etc.).

Analysis mode and elements:

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Application scope:

1. Rapid analysis of mineral grades such as concentrates, slag, and tailings, providing value judgment basis for mineral trade, processing, and reuse;

2. Analyze the residual ore elements in slag and tailings to re evaluate their value;

3. During the ore mining process, lining process, grinding, concentration, and smelting process, quality inspection is conducted to determine the grade, and analysis is carried out on the solution in the filter melt pool, storage pond, and steel tank;

4. Quickly survey large-scale mining areas, effectively determine zone patterns, draw mine maps, and conduct real-time surveys;

5. Quickly track mineralization anomalies on site, effectively search for "hotspot" areas, and delineate the boundaries of ore bodies;

6. Quickly analyze milling heads, concentrates, and slag to establish efficient mining and enrichment processes;

7. Determine/track the effectiveness of the extraction or concentration process by conducting on-site analysis of the conveyed materials, concentrates, and slag. Mine description and grade control;

8. By analyzing multiple samples in real-time on-site, guidance can be provided for mining plans, effectively managing excavation and blasting work;

9. When used together with GIS/GPS, it enables more thorough decision-making while saving a significant amount of time and labor costs;

10. Multi element on-site rapid analysis can be widely applied in various processes of census and detailed investigation, tracking mineralization anomalies and expanding exploration scope. It can greatly reduce the number of samples sent back to the laboratory for testing, thereby saving transportation and analysis costs;

11. Boundary delineation of ore bodies, determination of vein orientation, management and control of mining processes, and real-time detection of ore grades;

12. Quickly analyzing rock cores and other drilling samples, establishing a three-dimensional map of the mine, analyzing reserves, can greatly improve the efficiency of real-time decision-making at the drilling site;

13. Quickly analyze and detect the surrounding environment of the mine, tailings, dust, soil pollutants, etc., and evaluate the effectiveness of mine environmental remediation;

Technical parameters and specifications:

Instruments, machinery and equipment for detecting the composition and grade of metal elements in geological and mineral ores