Portable Ore Analyzer

I. Product Introduction

The portable ore analyzer is very sturdy and durable and can complete high-demand analysis requirements in extremely harsh environments. It can be used for on-site analysis of various types of ores. Through a mature on-site tested X-ray tube analysis system with no radioactive isotopes, it can conduct rapid and comprehensive ore type research during on-site analysis, with low requirements on samples but accurate test results; it can accurately analyze high-concentration samples, avoiding verification-based laboratory testing. It can perform multi-element analysis on various ores and is widely used in the rapid analysis and determination of non-ferrous metal elements in mining, geology, soil environment, sediment and deposits, and is also used in slag refining analysis and archaeological research. It covers all natural ores, slags, rocks, soil and mud from phosphorus to uranium, including gold ore, silver ore, copper ore, iron ore, tin ore, zinc ore, nickel ore, molybdenum ore, iridium ore, arsenic ore, lead ore, titanium ore, antimony ore, manganese ore, vanadium ore, iodine ore, sulfur ore, potassium ore and phosphate ore. The tested samples can be solid, liquid, dust, powder, solid bodies, fragments, filter materials, thin film layers and other tangible objects.

II. Geological and Mining Application Advantages

1. Detection elements: the standard configuration can detect more than 30 elements, and detection elements can be added according to customer needs.

2. Professionalism: ore-dedicated analysis software, adopting intelligent one-key testing.

3. Personalized custom working modes: multiple ore sample mode options and unlimited free addition of modes; working modes can be customized according to customer needs.

4. Fully exploiting mine value: a HD camera enables more intuitive observation of the detected ore vein or ore point and precise management and control of the mining process, allowing ore grade to be detected at any time.

5. Precise and rapid analysis of raw ore, concentrate and tailings in the ore dressing process, providing a value determination basis for ore grade determination, mineral trading, processing and reuse.

6. Environmental monitoring: monitoring and detection of heavy metals in the soil around mining areas, assessing the remediation of the mine environment and maximizing the monitoring of the surrounding environment of the mine.

III. Technical Parameters