Zirconium titanium sand gravity separation process flow

Zirconium titanium sand gravity separation process flow

Zirconium titanium sand is an important metal material widely used in fields such as aerospace, shipbuilding, and chemical engineering. In the production process, the quality of zirconium titanium sand has a crucial impact on the performance of the product. Therefore, the selection and optimization of the gravity separation process is crucial for zirconium titanium sand production enterprises. This article will introduce a zirconium titanium sand gravity separation process to help enterprises improve product quality and production efficiency.

1、 Overview of Zirconium Titanium Sand Gravity Separation Process Flow

The zirconium titanium sand gravity separation process refers to the process of separating and purifying zirconium titanium sand through methods such as gravity beneficiation, magnetic separation, and flotation. Generally speaking, the zirconium titanium sand gravity separation process includes the following steps:

1. Rough selection: After preliminary crushing of zirconium titanium sand, gravity beneficiation method is used for separation. The purpose of this step is to separate minerals of different densities for subsequent magnetic separation and flotation.

2. Magnetic separation: Place the roughly selected zirconium titanium sand into a magnetic separator for sorting. The iron minerals in zirconium titanium sand will be adsorbed by a magnetic separator, thereby achieving the separation of iron minerals.

3. Flotation: Place the magnetically separated zirconium titanium sand into a flotation cell for sorting. Impurities and non-metallic minerals in zirconium titanium sand will be adsorbed by flotation agents, thereby achieving the separation of impurities and non-metallic minerals.

4. Selection: Select the zirconium titanium sand that has undergone flotation to improve the purity and quality of the product.

2、 Operating Steps of Zirconium Titanium Sand Gravity Separation Process

1. Steps for rough selection

(1) After preliminary crushing, the zirconium titanium sand is placed in a gravity concentrator.

(2) Adjust the water flow and vibration frequency of the concentrator to separate minerals of different densities.

(3) Collect and process the separated minerals.

2. Magnetic separation operation steps

(1) Place the roughly selected zirconium titanium sand into the magnetic separator.

(2) Adjust the magnetic field strength and rotation speed of the magnetic separator to adsorb iron minerals.

(3) Collect and process the separated iron minerals.

3. Flotation operation steps

(1) Place the magnetically separated zirconium titanium sand into the flotation cell.

(2) Add flotation agents to adsorb impurities and non-metallic minerals.

(3) Adjust the water flow and airflow of the flotation cell to separate zirconium titanium sand and impurities.

(4) Collect and process the separated impurities and non-metallic minerals.

4. Selected operation steps

(1) Select the zirconium titanium sand that has undergone flotation.

(2) The use of gravity beneficiation and magnetic separation methods further improves the purity and quality of the product.

(3) Collect and process the selected zirconium titanium sand.

3、 Advantages of Zirconium Titanium Sand Gravity Separation Process

1. Adopting multiple sorting methods can effectively separate minerals with different densities and properties, improving the purity and quality of the product.

2. The use of flotation agents is relatively small, which can reduce production costs.

3. Easy to operate, easy to master and implement.

4、 Precautions for the gravity separation process of zirconium titanium sand

During the coarse and magnetic separation processes, attention should be paid to adjusting the parameters of the concentrator and magnetic separator to ensure the separation effect.

During the flotation process, attention should be paid to the type and dosage of flotation agents to ensure separation efficiency and product quality.

During the selection process, attention should be paid to the parameters and operating methods of the selection machine to ensure the purity and quality of the product.

In summary, the zirconium titanium sand gravity separation process is an important separation and purification method that can effectively improve product quality and production efficiency. When implementing the zirconium titanium sand gravity separation process, enterprises should choose appropriate process flow based on their own production situation and product requirements, and pay attention to operational details and quality control to ensure product quality and market competitiveness.

Zirconium titanium sand gravity separation process flow