The formation and characteristics of metal deposits are shaped by a complex interplay of geological, chemical, and physical processes over millions of years. Understanding these key influencing factors provides invaluable insights for mineral exploration and extraction. At JXSC Mining, we’ve built our expertise around translating geological knowledge into practical mining solutions. This article systematically examines … Read more
Abstract This article systematically introduces the various process flows of tungsten ore beneficiation, including key procedures such as pre-concentration and waste rejection, grinding, separation, slime treatment, and more. Starting with an overview of the fundamental principles of tungsten ore beneficiation, it provides a detailed analysis of technical essentials and equipment configurations for each process stage, … Read more
Metal deposits represent a vital component of mineral resources, formed through complex geological processes over extensive periods of geological evolution. These deposits exhibit distinctive characteristics that directly influence exploration challenges and economic viability. A thorough understanding of these features is crucial—not only for geological research and mineral prospecting, but also for providing a scientific foundation … Read more
Metal deposits, as precious treasures bestowed upon humanity by nature, have consistently held a pivotal position throughout the evolution of human civilization. From ancient times, when humans serendipitously discovered natural metals, to the present era of large-scale mining and the widespread application of various metals in modern industry, metal deposits have remained a key driving … Read more
Ilmenite is the world’s primary titanium resource, accounting for over 90% of the total titanium ore supply. It is not only a key raw material for the production of titanium dioxide (a titanium dioxide pigment) but also a fundamental source of metallurgical-grade titanium products, such as titanium sponge and titanium alloys. Due to the continued … Read more
Lead-zinc ores are commonly processed using froth flotation, a technique that selectively separates valuable minerals (galena for lead and sphalerite for zinc) from gangue based on surface chemistry. However, achieving optimal recovery and grade requires strict adherence to operational principles and precautions. This guide outlines key flotation principles for lead-zinc ores, flotation concentration optimization, and … Read more
In mineral processing, the right grinding fineness can make or break your operation. Are you wondering what it is and how it affects your results? Let us explore the importance of grinding fineness in mineral processing. Grinding fineness refers to the particle size of ground material in mineral processing. It significantly impacts the efficiency of … Read more
Antimony (Sb) is an important strategic metal, widely used in flame retardants, alloys, semiconductors, and other fields. There are several main types of antimony ores: Stibnite: This is the main ore of antimony, with a chemical composition of Sb₂S₃. Stibnite is usually silver-gray with a metallic luster and is common in hydrothermal deposits. Jamesonite:This ore … Read more
The flotation process of lead-zinc ore is one of the important means to extract lead-zinc ore, mainly because its mineral composition elements are more, and the floatability has obvious differences. Flotation can obtain better lead and zinc minerals, but many factors affect the flotation effect, including non-adjustable factors and adjustable factors. This article will explore the … Read more
With its unparalleled physical and chemical properties coupled with inherent scarcity, gold maintains indispensable roles across monetary reserves, industrial applications, and advanced manufacturing sectors. As technological advancements progress, gold’s utility has evolved beyond traditional monetary and jewelry domains to become crucial in modern industries, including electronics, aerospace, instrumentation, synthetic fibers, chemical engineering, and national defense. … Read more