Reasons and solutions affecting low ore dressing efficiency
Multiple process in the mineral processing may affect efficiency, but factors such as the preparation stage before mineral processing, the separation stage, the dehydration stage after mineral processing, as well as slurry concentration and operation management have the most significant impact on mi...
- Oct 24, 2024
AI technology used in rock gold extract process
Difference between rock gold and placer gold Rock gold and placer gold are two different forms of gold, and their main differences are the formation environment, mining method and particle size. Formation environment: Rock gold, also known as mineral gold, is usually found in rocks, es...
- Oct 26, 2024
AI application improves the grade of limonite
Limonite is an iron-containing mineral. To be precise, it is not a single mineral, but a mixture with hydrous iron oxide as the main component. Its grade is usually low, but it varies greatly. Generally speaking, the grade of limonite can range from 20% to 45%, depending on the geological conditions...
- Nov 02, 2024
Application and reliability of photoelectric mineral separation
Photoelectric mineral processing equipment is a mineral processing technology that uses electric energy supply and combines feeding, detection, sensor, AI and other technologies. It identifies useful minerals and useless gangue(waste stone) through different detection and sensor technologi...
- Nov 07, 2024
Industrial Uses and Types of Quartz
Quartz is widely distributed in nature, and its formation causes are varied. At present, the main types of quartz mineral resources include natural crystal, vein quartz, granite pegmatite quartz, quartzite, quartz sandstone, powder quartz and quartz conglomerate. Among these types, the types of depo...
- Nov 21, 2024
Lithium Extraction Technology from Spodumene
With the rapid growth of lithium consumption and the gradual depletion of spodumene minerals, lithium extraction from other mineral resources has developed rapidly in recent years. Lepidolite is rich in resources and has a relatively high lithium content, making it the second largest ore resource fo...
- Dec 20, 2024
Analysis of wollastonite application and intelligent mineral processing technology!
Wollastonite is a silicate mineral, the main component of which is CaSi3O9. This material with fibrous and needle-like characteristics is non-toxic, chemically resistant, thermally stable and dimensionally stable. It also has glassy and pearly luster, low water and oil absor...
- Oct 14, 2024
Detailed explanation of the wide application areas of kaolin
Kaolin is a non-metallic mineral. It is a clay and clay rock mainly composed of kaolinite clay minerals, with good physical and chemical properties such as plasticity and refractoriness. Because it is white and fine, it is also called dolomite. Its pure kaolin is white, fine, soft and soil-like, wit...
- Oct 22, 2024
Molybdenum beneficiation process and important steps
As a key strategic metal, molybdenum plays an important role in modern industry, especially in steel strengthening, alloy manufacturing, chemical catalysts and electronic products. In order to extract high-purity molybdenum concentrate from molybdenum ore, the entire beneficiation process is an...
- Dec 04, 2024
Which ore is suitable for heap leaching?
Heap leaching is used to extract gold. Because the ore particle size is relatively coarse and the reaction with cyanide leaching agent is weak, the leaching rate of gold is relatively low. Therefore, it is generally only suitable for processing low-grade gold ores, especially low-grade oxidiz...
- Dec 06, 2024
How to Improve the Comprehensive Utilization of Lead-Zinc Ore
Lead-zinc ore is widely distributed in the world and is known to be distributed in more than 50 countries. According to the latest data, the world's lead-zinc ore resources are mainly concentrated in Oceania, Asia, North America and South America. Australia is the country with the richest lead-zinc...
- Dec 10, 2024
How to sort pebblestone to upgrade silicon percentage
The main component of pebbles is silicon dioxide (SiO2), followed by a small amount of iron oxide and trace amounts of manganese, copper, aluminum, magnesium and other elements and compounds. These elements and compounds give pebbles different colors, such as red, blue, purple and so on. Due...
- Sep 04, 2024

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