Tungsten mining industry transformation: how to deal with resource scarcity and environmental pressure
Mining industry: challenges and opportunities coexist At present, the tungsten mining industry is at the crossroads of transformation. On the one hand, high-grade and easy-to-mine resources are becoming increasingly scarce, the grade of raw ore continues to decline, and the mining cost is rising; on...
- Jun 13, 2025
The new life of coal-bearing kaolin turning waste into treasure
1. Industry background: resource potential and strategic value As a non-metallic mineral associated with coal resources, coal-based kaolin is mainly composed of kaolinite and is widely distributed in major coal-producing areas such as Shanxi, Inner Mongolia, and Shaanxi. Data show that of the 700 mi...
- Jun 05, 2025
Artificial intelligence helps efficient development of talc mines
Talc is an indispensable strategic non-metallic mineral in the industrial field. Its unique lubricity, chemical inertness and high whiteness make it the core raw material for high-end ceramics, cosmetics, special plastics and other high value-added industries. However, natural talc often coexists cl...
- Jun 02, 2025
Dilemma and breakthrough of traditional magnetic iron remover for iron ore
As the basic raw material of modern industry, the mining and processing efficiency of iron ore directly affects the stability and economy of the steel industry chain. In the process of iron ore beneficiation, iron removal is a key step to ensure the purity of ore, but the long-standing technical def...
- May 22, 2025
Innovation drives development: MINGDER mineral processing equipment helps the gold mining industry to increase its value
In recent years, the development of gold resources has gradually transformed to low-grade, complex symbiotic ores, and traditional mineral processing technology faces problems such as high cost, low efficiency, and waste of resources. As a leading company in the field of intelligent sorting, MINGDER...
- May 20, 2025
The important role of photoelectric beneficiation technology in reducing beneficiation costs
Optoelectronic beneficiation technology, as a new and efficient beneficiation method, is of great significance in reducing beneficiation costs and improving the utilization efficiency of ore resources. 一、Improve the Ore Grade,Reduce the Amount of Subsequent Processing Optoelectronic beneficiation...
- Apr 30, 2025
Perlite: an important non-metallic mineral
When it comes to perlite, you may be unfamiliar with it.But after being heated and expanded, it can form a material with excellent properties and a wide range of applications. 一、Characteristics of Perlite Perlite is usually white or gray in color and has a unique bubble like structu...
- Mar 22, 2025
The important role of AI photoelectric sorting technology in improving the overall efficiency of bauxite in China
Although Chinese bauxite has the advantages of "high aluminum, low iron", its disadvantages are also very obvious, that is, "low aluminum silicon ratio and large quality fluctuations".This makes it difficult to meet the strict standards for alumina smelting (A/S ≥ 8) and high...
- Mar 04, 2025
How to choose mineral processing equipment for different types of gold mines
Gold in nature mostly exists in the form of a single substance, with occasional metal compounds such as selenium, tellurium, and antimony, but non-metallic compounds are extremely rare. Gold mines are mainly divided into two categories: placer gold mines and rock gold mines, and rock gold mines can...
- May 09, 2025
Rutile is sorted using intelligent photoelectric sorting equipment
Rutile is an important titanium-containing mineral and an important raw material for the production of titanium dioxide. Its main component is titanium dioxide and it belongs to the tetragonal system. Rutile aggregates are granular or dense blocks, with streak color ranging from yellow to light brow...
- Dec 19, 2024
Photoelectric beneficiation technology: precise sorting, green and efficient new era mining solution
Photoelectric beneficiation is a technology for mineral sorting based on the difference in optical properties of mineral surfaces. This technology is mainly based on the differences in color, gloss, transparency, etc. between different minerals, and uses photoelectric equipment to identify an...
- Mar 07, 2025
Effect of mineral dissociation degree on mineral processing efficiency
Mechanical dissociation degree of ore:refers to the degree of separation of target minerals and gangue(impurities) in the ore.After crushing,the mineral particles exist independently,which is convinient for subsequent AI photoelectric sorting efficient separation. Crushing is the premise to ensure...
- Mar 10, 2025

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