With the development of modern industry, zirconium titanium sand is widely used as an important material. The zirconium titanium sand gravity beneficiation production line is a device used to extract zirconium titanium sand. It can separate zirconium titanium sand from other impurities through physical methods, improving the purity of zirconium titanium sand. This article will provide a detailed introduction to the operational steps of the zirconium titanium sand gravity beneficiation production line.
1、 Equipment Introduction
The zirconium titanium sand gravity beneficiation production line is mainly composed of vibrating feeders, jaw crushers, cone crushers, screening machines, spiral classifiers, flotation machines, dry separators, and other equipment. Among them, the vibrating feeder is used to evenly feed the raw ore into the jaw crusher for coarse crushing, the jaw crusher and cone crusher are used to crush the ore into appropriate particle sizes, the screening machine is used to screen the crushed ore, the spiral classifier is used to classify ores of different particle sizes, the flotation machine is used to separate zirconium titanium sand from other minerals, and the dry separator is used to dry and screen the flotation zirconium titanium sand.
2、 Operating Steps
1. Preparation work
Before operating the zirconium titanium sand gravity beneficiation production line, it is necessary to inspect and maintain the equipment to ensure its normal operation. At the same time, it is necessary to prepare raw materials and related auxiliary equipment.
2. Vibration feeder
The raw ore is evenly fed into the jaw crusher through a vibrating feeder for coarse crushing. When using a vibrating feeder, it is necessary to pay attention to the control of the feeding amount to avoid equipment blockage or low output caused by too much or too little.
3. Jaw crusher and cone crusher
The raw ore material fed into the jaw crusher through a vibrating feeder is roughly crushed, and then finely crushed through a cone crusher. When using a crusher, it is necessary to pay attention to the maintenance and upkeep of the crusher, replace vulnerable parts in a timely manner, and avoid equipment failures and prolonged downtime.
4. Screening machine
The crushed ore is screened through a screening machine to separate ores of different particle sizes. When using a screening machine, it is necessary to pay attention to the mesh size and screening efficiency of the screening machine to avoid low production and ore mixing.
5. Spiral classifier
Classify the screened ore using a spiral classifier to separate ores with different particle sizes. When using a spiral classifier, it is necessary to pay attention to the classification efficiency and accuracy of the spiral classifier to avoid inaccurate classification and low production.
6. Flotation machine
The ore that has been classified by a spiral classifier is separated by a flotation machine to separate zirconium titanium sand from other minerals. When using a flotation machine, it is necessary to pay attention to its beneficiation efficiency and accuracy to avoid inaccurate beneficiation and low production.
7. Dry sorting machine
After flotation, the zirconium titanium sand is dried and screened through a dry separator to improve the purity of the zirconium titanium sand to a certain level. When using a dry separation machine, it is necessary to pay attention to the drying and screening efficiency of the machine to avoid high moisture content and low production of zirconium titanium sand.
3、 Conclusion
The zirconium titanium sand gravity beneficiation production line is a device used to extract zirconium titanium sand. It can separate zirconium titanium sand from other impurities through physical methods, improving the purity of zirconium titanium sand. When using the zirconium titanium sand gravity beneficiation production line, it is necessary to pay attention to the maintenance and upkeep of the equipment, replace vulnerable parts in a timely manner, and avoid equipment failures and prolonged downtime. At the same time, it is necessary to pay attention to the control of operating steps to avoid low production and ore mixing.
