Titanium zirconium gravity beneficiation technology is an efficient and environmentally friendly ore beneficiation technology. Its main principle is to use gravity to separate ores of different densities, achieving the purpose of beneficiation. This technology has been widely applied in the mining industry. This article will provide a detailed introduction to the operational steps and advantages of titanium zirconium gravity beneficiation technology.
1、 Operation steps of titanium zirconium gravity beneficiation technology
1. Ore crushing: First, the original ore is crushed, usually using equipment such as jaw crushers and cone crushers for crushing. The particle size of the crushed ore is generally less than 10mm.
2. Grinding: The crushed ore is sent to equipment such as a ball mill for grinding, to refine it to below 0.074mm.
3. Classification: The ground ore is fed into the classification equipment and classified according to the density of the ore. Generally, spiral classifiers, liquid classifiers, and other equipment are used for classification.
4. Gravity separation: The graded ore is sent to the gravity separation equipment for gravity separation based on the density of the ore. Generally, equipment such as a heavy medium separator is used for gravity separation.
5. Magnetic separation: The ore after gravity separation is fed into a magnetic separation equipment to remove magnetic substances. Generally, equipment such as a magnetic separator is used for magnetic separation.
6. Final product: After the above steps of processing, the titanium zirconium ore product that meets the requirements is obtained.
2、 Advantages of Titanium Zirconium Gravity Beneficiation Technology
1. High efficiency: The titanium zirconium gravity beneficiation technology adopts multiple processes such as multi-stage separation and gravity separation, greatly improving the beneficiation efficiency.
2. Environmental protection: This technology does not require the use of artificial additives such as chemicals, and has minimal impact on the environment.
3. Economy: The equipment cost and operating cost of titanium zirconium gravity beneficiation technology are relatively low, which can effectively reduce the production costs of mining enterprises.
4. Stability: This technology has strong adaptability to ores and can operate stably in different types of ores.
The titanium zirconium gravity beneficiation technology is an efficient, environmentally friendly, economical, and stable ore beneficiation technology. Its operating steps include ore crushing, grinding, grading, gravity separation, magnetic separation, and other multiple steps. This technology has been widely applied in the mining industry and has good development prospects.