Method and steps for gravity separation of zirconium titanium sand ore

Method and steps for gravity separation of zirconium titanium sand ore

Zirconium titanium sand is an important metal mineral resource, which is widely used in aerospace, military, shipbuilding, automobile, electronics and other fields. The gravity separation of zirconium titanium sand ore is the process of separating impurities and useful minerals from the ore. This article will introduce the methods and steps of gravity separation for zirconium titanium sand ore.

1、 Method for gravity separation of zirconium titanium sand ore

1. Gravity magnetic separation method

The gravity magnetic separation method is to separate the magnetic impurities from the zirconium titanium sand ore after rough selection, intermediate selection, and selection, and then through magnetic separation. The specific steps are as follows:

(1) Rough selection: rough selection of zirconium titanium sand ore to remove large impurities.

(2) Intermediate selection: The ore that has undergone rough selection is subjected to intermediate selection to remove smaller impurities.

(3) Selection: Select the selected ore to remove smaller impurities.

(4) Magnetic separation: Magnetic separation is performed on selected ore to separate magnetic impurities from the ore.

2. Gravity flotation method

The gravity separation flotation method is to separate non magnetic impurities from zirconium titanium sand ore by flotation after rough selection, intermediate selection, and selection. The specific steps are as follows:

(1) Rough selection: rough selection of zirconium titanium sand ore to remove large impurities.

(2) Intermediate selection: The ore that has undergone rough selection is subjected to intermediate selection to remove smaller impurities.

(3) Selection: Select the selected ore to remove smaller impurities.

(4) Flotation: Flotation of selected ore to separate non magnetic impurities from the ore.

2、 Steps for gravity separation of zirconium titanium sand ore

1. Rough selection of ore

The rough separation of zirconium titanium sand ore involves preliminary separation of the raw ore to remove larger impurities. The specific steps are as follows:

(1) Crush the raw ore to make it smaller particles.

(2) Place the ore into a sieve to remove larger impurities.

(3) Wash the screened ore to remove soil and impurities from the surface.

2. Intermediate selection of ore

The intermediate separation of zirconium titanium sand ore involves further separation of the ore after rough separation to remove smaller impurities. The specific steps are as follows:

(1) Crush the rough selected ore.

(2) Place the ore into a sieve to remove smaller impurities.

(3) Wash the screened ore to remove soil and impurities from the surface.

3. Selection of ores

The selection of zirconium titanium placer ore involves further separation of the ore after intermediate selection to remove smaller impurities. The specific steps are as follows:

(1) Crush the selected ore.

(2) Place the ore into a sieve to remove smaller impurities.

(3) Wash the screened ore to remove soil and impurities from the surface.

4. Magnetic separation of ores

The magnetic separation of zirconium titanium sand ore involves further separation of the selected ore to remove magnetic impurities from the ore. The specific steps are as follows:

(1) Crush the selected ore.

(2) Place the ore into a magnetic separator, which separates the magnetic impurities from the ore.

5. Flotation of ores

The flotation of zirconium titanium sand ore involves further separation of the selected ore to remove non magnetic impurities from the ore. The specific steps are as follows:

(1) Crush the selected ore.

(2) Place the ore into a flotation machine, which separates the non-magnetic impurities from the ore.

3、 Summary

The methods for gravity separation of zirconium titanium sand ore include gravity magnetic separation and gravity flotation, with steps including rough separation, intermediate separation, selection, and magnetic separation or flotation. In practical operation, appropriate gravity separation methods and steps should be selected based on the characteristics and process requirements of the ore to improve beneficiation efficiency and product quality.

Method and steps for gravity separation of zirconium titanium sand ore