Iron Ore Washing Plant
Iron Ore Processing
In the last several ten years, low-grade finely distributed iron ore deposits have been dominant sources of raw iron ore material worldwide. New technologies must be developed for iron ore beneficiation at high throughput capacity, especially when treating very fine materials. Magnetic separation and flotation are the most widely applied technologies for upgrading fine iron ore particles, but both processes result in iron concentrates with high amounts of very fine and impurity materials such as silica particles. Gravity separation is a common process used in iron industry, but the separation efficiency becomes unacceptable with finely disseminated materials (<45 microns).
Iron Ore Washing Plant India
Iron ore washing plant is an important machine in iron ore beneficiation process, it plays crucial role in removing the impurity and gangue mixed in the iron ore. In the steel making industry, many iron ore washing plant are applied in India, Most of the iron ore mines in India produce hematite ores and have washing plants to produce lumps as well as fines. In this process, a part of the fine gangue material is removed from the product. During the washing process, around 8-10 million tons of slimes containing around 48-60% of pure iron content are discarded every year. In iron making process, it is very important to focus attention on the reduction of contaminants within the feed material. The contaminants contents in iron ore such as alumina and silica has a negative effect on the steel production process, as they are a direct cause of high production costs. Iron ore washing plant will be a great choice to wash away the contaminants.
SBM is specialized in manufacture crushing, grinding, beneficiation plant, and we also have iron ore washing plant India for sale. The washing plant is also widely used for cleaning materials in the following industries: quarry, minerals, building materials, transportation, chemical industry, water conservancy and hydropower, cement mixture station and so on.