Zirconium titanium gravity separation production line

The zirconium titanium gravity separation production line is an efficient ore dressing equipment that can separate zircon and titanium ore from the ore, while also removing some impurities. This equipment has been widely used in the mining of zircon and titanium ore, which can improve the recovery rate of ore, reduce production costs, and improve economic benefits. This article will provide a detailed introduction to the principle, operating steps, and precautions of the zirconium titanium gravity separation production line.

Principle of Zirconium Titanium Gravity Separation Production Line

The zirconium titanium gravity separation production line operates based on the principle of gravity separation. After crushing, grinding, grading, and other processing, the ore enters the gravity separator. The gravity separator separates zircon and titanium from the ore through the action of hydraulic and mechanical forces, while removing some impurities. The main components of the gravity separator include the feed hopper, water tank, gravity separation tank, waste residue tank, flotation tank, etc.

2、 Operating Steps of Zirconium Titanium Gravity Separation Production Line

1. Pretreatment of ore

The ore needs to undergo some pre-treatment work before entering the gravity separator, including crushing, grinding, grading, etc. These works can improve the selectivity and recovery rate of the ore.

2. Feed

Feed the pre processed ore into the feed hopper and provide sufficient raw material to the gravity separator through vibration.

3. Water supply

During the re selection process, it is necessary to continuously inject clean water into the re selection tank to ensure the normal operation of the re selection machine. The supply of water needs to be adjusted according to the properties of the ore and the requirements of the gravity separator.

4. Reselection process

In the gravity separation tank, the ore is separated into gravity flotation concentrate and gravity flotation tailings under the action of water flow and mechanical force. The flotation concentrate contains useful minerals such as zircon and titanium ore, while the flotation tailings contain some impurities and unselected minerals.

5. Flotation process

Feed the gravity flotation concentrate into a flotation cell and further separate useful minerals through flotation. During the flotation process, some reagents need to be added to regulate the surface properties of minerals and promote their separation.

6. Waste residue treatment

During the re selection process, the generated waste residue needs to be disposed of in a timely manner. The waste residue contains some unselected minerals and impurities that need to be treated and recycled.

3、 Precautions for Zirconium Titanium Gravity Separation Production Line

1. The operation of the gravity separator should be stable, and there should be no overload or overspeed.

During the re selection process, attention should be paid to adjusting the water supply to ensure the normal operation of the re selection machine.

During the flotation process, some reagents need to be added, and attention should be paid to the type and dosage of reagents to ensure the flotation effect.

4. The disposal of waste residue should be carried out in a timely manner, and waste residue should not be piled up next to the gravity separator to avoid affecting production.

In short, the zirconium titanium gravity separation production line is an efficient ore dressing equipment that can improve ore recovery rate, reduce production costs, and improve economic benefits. During use, attention should be paid to the stability of the gravity separator operation, water supply, and the use of reagents to ensure the normal operation of the equipment and maximize production efficiency.