In-situ detection:
By simply touching the A4000A directly to the ground, rock surface, reverse cycle (RC) sample, circulating air flow (RAB) sample or core, the user can collect a large amount of data in a short time, which can effectively describe the veins, Ore classification and characterization of potential environmental hazards. For example, the A4000A is designated as the instrument of choice for the following mining applications:
The evaluation of the ore body can determine the ore grade on site without waiting and spending. On-site element identification.
Analysis of milling heads, concentrates and slag Quick and accurate analysis of feed, concentrates and slag to establish an efficient mining and enrichment process.
Mine map drawing and ore grade control
The A4000A can test multiple samples in real time to guide drilling procedures, manage excavation and blasting.
Mineral exploration in the field has determined the geochemistry of ores, sediments, borehole samples, etc., higher.
A4000A ore analyzer is the world's most advanced electronic technology and digital signal processing technology combined to achieve faster detection and higher accuracy. It uses extremely small X-ray tubes instead of radioisotopes to solve the problem of resource replacement and radioactive diffusion. The A4000A ore analyzer has no restrictions on hazardous materials and can be applied to any place or transported at will.
Users can edit and upgrade the metadata library, users can customize the analysis and classification methods, a variety of data input, directly download the results to the database and extension programs (with software). The X-ray tube, small computer software, and high-resolution detector make the A4000A ore analyzer the most advanced, most efficient, and simplest ore analyzer in the world.
The A4000A ore spectrometer can memorize the spectra of all elements. This powerful analyzer can solve the most difficult analysis problems. At the same time, it is an all-weather intuitive and fast alloy analyzer.
A4000A specifications:
Operating principle: Non-destructive chemical analysis, ultra-micro X-ray, accurate and stable excitation source: X-ray tube, silver anode material, 10-35Kv, 10-100uA
The unique high-definition large LCD color screen PDA handheld computer of the control panel, practical + stylish response time: 30-60 seconds quantitative analysis result Detector: bipolar vacuum tube detection, resolution <230eV FWHM, 5.95 keV
Shape design: Portable, tapered probe, total length 22cm
Weight: <1.6Kg
Operation: Sustainable operation or automatic standby; one-touch control during measurement is easy and convenient. One-touch trigger or select "deadman" trigger, or choose to control from an external computer. Power supply: lithium battery, 27W-hr or AC input (110-250V, 50-60Hz)
Power requirements: maximum 10W, standard 4W
Battery capacity: 8 hours of routine operation to detect the type of ore
(Optional replacement according to users) Including silver, copper, iron, tin, zinc, nickel, molybdenum, iridium, arsenic, lead, titanium, antimony, vanadium, iodine All natural ore, slag, rock, soil, mud from phosphorous to uranium, such as sulfur ore, potash ore, phosphate ore and uranium ore
By simply touching the A4000A directly to the ground, rock surface, reverse cycle (RC) sample, circulating air flow (RAB) sample or core, the user can collect a large amount of data in a short time, which can effectively describe the veins, Ore classification and characterization of potential environmental hazards. For example, the A4000A is designated as the instrument of choice for the following mining applications:
The evaluation of the ore body can determine the ore grade on site without waiting and spending. On-site element identification.
Analysis of milling heads, concentrates and slag Quick and accurate analysis of feed, concentrates and slag to establish an efficient mining and enrichment process.
Mine map drawing and ore grade control
The A4000A can test multiple samples in real time to guide drilling procedures, manage excavation and blasting.
Mineral exploration in the field has determined the geochemistry of ores, sediments, borehole samples, etc., higher.
A4000A ore analyzer is the world's most advanced electronic technology and digital signal processing technology combined to achieve faster detection and higher accuracy. It uses extremely small X-ray tubes instead of radioisotopes to solve the problem of resource replacement and radioactive diffusion. The A4000A ore analyzer has no restrictions on hazardous materials and can be applied to any place or transported at will.
Users can edit and upgrade the metadata library, users can customize the analysis and classification methods, a variety of data input, directly download the results to the database and extension programs (with software). The X-ray tube, small computer software, and high-resolution detector make the A4000A ore analyzer the most advanced, most efficient, and simplest ore analyzer in the world.
The A4000A ore spectrometer can memorize the spectra of all elements. This powerful analyzer can solve the most difficult analysis problems. At the same time, it is an all-weather intuitive and fast alloy analyzer.
A4000A specifications:
Operating principle: Non-destructive chemical analysis, ultra-micro X-ray, accurate and stable excitation source: X-ray tube, silver anode material, 10-35Kv, 10-100uA
The unique high-definition large LCD color screen PDA handheld computer of the control panel, practical + stylish response time: 30-60 seconds quantitative analysis result Detector: bipolar vacuum tube detection, resolution <230eV FWHM, 5.95 keV
Shape design: Portable, tapered probe, total length 22cm
Weight: <1.6Kg
Operation: Sustainable operation or automatic standby; one-touch control during measurement is easy and convenient. One-touch trigger or select "deadman" trigger, or choose to control from an external computer. Power supply: lithium battery, 27W-hr or AC input (110-250V, 50-60Hz)
Power requirements: maximum 10W, standard 4W
Battery capacity: 8 hours of routine operation to detect the type of ore
(Optional replacement according to users) Including silver, copper, iron, tin, zinc, nickel, molybdenum, iridium, arsenic, lead, titanium, antimony, vanadium, iodine All natural ore, slag, rock, soil, mud from phosphorous to uranium, such as sulfur ore, potash ore, phosphate ore and uranium ore
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