We were established as the most specialized mineral processing equipment company since 1985.
We provide alluvial and hard rock tungsten ore processing plants, including washing, crushing, screening, sorting, concentration and other process solutions. The provision of process design and engineering, equipment construction, and project management eliminates the need for expensive and counterproductive interfaces during implementation. JXSC supplies tungsten ore beneficiation plant and equipment designed to help extract maximum value from tungsten ore, including gravity, magnetic and flotation separation process.
In tungsten mining, crushing and grinding crush the ore to a suitable particle size, improve the degree of mineral dissociation, provide a suitable particle size distribution for the subsequent classification step, and optimize the processing efficiency of the mineral. JXSC provides efficient tungsten crushing and grinding equipment that can accurately crush tungsten ore to help you achieve higher tungsten mining recovery and productivity.
The beneficiation in the tungsten mining process is to separate tungsten minerals from associated gangue or other impurities through gravity separation, magnetic separation and flotation, so as to improve the purity of tungsten minerals and provide a more suitable slurry state for subsequent dehydration. JXSC provides advanced tungsten ore beneficiation equipment to help you achieve more efficient production and profit growth.
The beneficiation stage is an extremely critical step in the tungsten mining process. Its main purpose is to separate tungsten minerals from associated gangue or other impurities through gravity separation, magnetic separation and flotation, improve the purity of tungsten minerals, and provide a more suitable slurry state for the subsequent dehydration step. JXSC provides advanced tungsten ore beneficiation equipment to maximize the concentrate grade and help you achieve more efficient production and profit growth.
In the tungsten mining process, the purpose of dehydration is to remove excess water from the mineral, remove some fine impurities, ensure that the tungsten concentrate has low water content and high quality, and lay a solid foundation for the final product processing or sales. JXSC provides advanced tungsten mining dehydration equipment, which can efficiently remove water from the mineral, optimize the concentrate quality and reduce energy consumption.
Founded in 1985, we bring 37 years of mineral expertise. With a 30,000-square-meter plant, we have partnered with mines in over 60 countries, successfully completing more than 200 mining projects.
We offer free mineral testing and customized solutions, guarantee all questions are answered within 24 hours, and all equipment comes with a 1-year warranty and on-site installation service.
Our team of CAD and 3D drawing experts can create tungsten mining process flow charts, layouts, and foundation drawings within 24 hours to aid customers with installation and adjustments.
The motors of our equipment are of ABB or Siemens brands, the reducers are of SEW, the bearings are of SKF or Timken brands, and the electrical components are of Schneider, ABB or SIEMENS brands.
JXSC can enhance your tungsten mining operations with cutting-edge technology and proven performance, providing industry-leading solutions for separation of alluvial tungsten, alluvial and rock tungsten, and tungsten flotation.
Tungsten is a dense, hard, gray metal known for its high melting point and strength. In tungsten mining, the metal is primarily extracted from ores like wolframite and scheelite.
Tungsten is used in various applications, including light bulb filaments, cutting tools, and military equipment. Tungsten mining provides the raw materials for these high-performance products due to its strength and heat resistance.
Tungsten is extremely dense, weighing 19.3 grams per cubic centimeter. Its weight makes tungsten mining valuable for industries requiring high-density materials.
Tungsten is typically a steel-gray or silvery-white metal. After being extracted through tungsten mining, it retains this metallic hue in its refined form.
Tungsten ranks around 7.5 on the Mohs scale, making it one of the hardest metals available. This hardness, crucial in industrial applications, is why tungsten mining is vital for tool manufacturing.
Tungsten is moderately expensive due to the energy-intensive extraction process in tungsten mining and its diverse industrial uses.
Tungsten was discovered in 1781 by Swedish chemist Carl Wilhelm Scheele. Tungsten mining began later to extract the metal from its primary ores, wolframite and scheelite.
Tungsten has a density of 19.3 grams per cubic centimeter, making it one of the densest naturally occurring elements, which adds to the significance of tungsten mining.
Tungsten’s atomic structure is densely packed, giving it an exceptionally high density. This characteristic makes tungsten mining critical for industries needing high-mass, compact materials.
Tungsten is not made but extracted from ores like wolframite and scheelite through tungsten mining, followed by refining and sintering to produce pure tungsten metal.
We provide the best mine processing solution in the industry. We design our products with performance and efficiency, trusted over the years and recognized by many countries. Let’s get you started.
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