Processing Materials: Gravity separation in mineral processing is used for processing lead ore, tantalum niobium ore, galena, celestite, barite, fluorite, pyrite, limonite, hematite, antimony ore, chromite and other minerals. In recent years, gravity separation in mineral processing has also been developed in non-metallic processing industry, mainly used for processing asbestos, diamond, kaolin, apatite, pyrite and other ores.
Introduction of Gravity Separation in Mineral Processing
Gravity separation in mineral processing plant is a method of separating minerals according to their density. The particle size, shape, and medium properties of ore particles have an influence on the separation efficiency. In addition to reselection equipment, there must also be media such as water, air, and heavy liquid or suspension. This is the difference between gravity separation in mineral processing and other mineral processing technologies.
The Advantages of Gravity Separation in Mineral Processing
1.Gravity separation in mineral processing has a simple structure and low beneficiation cost, so it can be used as long as the conditions are suitable.
2.Based on Intelligent mineral processing technology, Nile Machinery is committed to becoming an integrated solution provider for intelligent mines with intelligent manufacturing and safe production.
3.Develop complete sets of high-efficiency and energy-saving large-scale mining equipment, which can save energy by 40% compared with common beneficiation equipment and have high beneficiation efficiency
4.Gravity separation in mineral processinglinecan effectively reduce the harm of mine dust to the human body, improve the work efficiency slowed down by dust, and meet the requirements of environmental protection production.
5.Low operating noise, the high wear resistance of the equipment.