Process Flow Diagram of Coarse Separation of Binhai Zirconium Titanium Ore

Binhai zirconium titanium ore is an important type of titanium ore, mainly used for producing products such as titanium iron and titanium dioxide. In the mining process of coastal zirconium titanium ore, rough selection is a very important link. The rough selection process flowchart can help engineers and technicians better understand the rough selection process of coastal zirconium titanium ore, thereby improving the efficiency and quality of the rough selection process.

Below, we will introduce the rough selection process flowchart and operating steps of Binhai Zirconium Titanium Mine.

1、 Process Flow Diagram of Coarse Separation of Binhai Zirconium Titanium Ore

The process flow diagram of rough selection of Binhai Zirconium Titanium Mine mainly includes the following steps:

1. Raw ore crushing: Crushing the raw ore to achieve the required particle size.

2. Grinding: Grinding the crushed raw ore to make it more detailed.

3. Magnetic separation: Magnetic separation is performed on the ground ore to remove magnetic substances.

4. Gravity separation: The raw ore after magnetic separation is subjected to gravity separation to remove impurities and non magnetic substances.

5. Desliming: Desliming the re selected raw ore to remove soil and impurities.

6. Selection: The raw ore after desliming is selected to obtain the required coastal zirconium titanium ore.

2、 Operating Steps

1. Raw ore crushing

Crushing of raw ore is the first step in the rough selection process of coastal zirconium titanium ore. When crushing raw ore, a crusher needs to be used for crushing. The selection of crushers should be based on the hardness and particle size of the raw ore. When crushing, attention should be paid to controlling the feed rate and speed of the crusher to avoid overload and damage to the crusher.

2. Grinding

Grinding is the second step in the rough selection process of coastal zirconium titanium ore. When grinding, it is necessary to use a mill for grinding. The selection of mills should be based on the hardness and particle size of the raw ore. When grinding, attention should be paid to controlling the feed volume and speed of the mill to avoid overload and damage to the mill.

3. Magnetic separation

Magnetic separation is the third step in the coarse separation process of Binhai zirconium titanium ore. When conducting magnetic separation, a magnetic separator needs to be used for magnetic separation. The selection of magnetic separators should be based on the content of magnetic substances in the raw ore. When conducting magnetic separation, attention should be paid to controlling the feed rate and magnetic field strength of the magnetic separator to achieve the best magnetic separation effect.

4. Reselection

Gravity separation is the fourth step in the coarse separation process of Binhai zirconium titanium ore. When performing re selection, a re selection machine needs to be used for re selection. The selection of the gravity separator should be based on the content of impurities and non-magnetic substances in the raw ore. When conducting re selection, attention should be paid to controlling the feed rate and water volume of the re selection machine to achieve the best re selection effect.

5. Desliming

Desliming is the fifth step in the coarse separation process of coastal zirconium titanium ore. When desliming, a desliming machine needs to be used for desliming. The selection of the desilter should be based on the content of soil and impurities in the raw ore. When performing desilting, attention should be paid to controlling the feed volume and water volume of the desilter to achieve the best desilting effect.

6. Selection

Selection is the final step in the rough selection process of Binhai zirconium titanium ore. When selecting, it is necessary to use a selection machine for selection. The selection of the selection machine should be based on the grade and particle size of the required coastal zirconium titanium ore. During the selection process, attention should be paid to controlling the feed volume and water volume of the selection machine to achieve the best selection effect.

III. Summary

The process flow diagram of rough selection of Binhai Zirconium Titanium Mine can help engineers and technicians better understand the rough selection process of Binhai Zirconium Titanium Mine, thereby improving the efficiency and quality of the rough selection process. When conducting the rough selection process of coastal zirconium titanium ore, it is necessary to pay attention to controlling the operating steps and parameters of each step to achieve the best rough selection effect.

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