Refractory materials: Magnesium oxide has good refractory properties and can be used to make refractory bricks, refractory crucibles and other refractory materials.

Building materials: Magnesium oxide can be used to make lightweight building panels, fireproof boards and other building materials.

Chemical raw materials: Magnesium oxide can be used to make chemical raw materials such as magnesium hydroxide and magnesium sulfate.

Medicine: Magnesium oxide can be used to make laxatives, gastric acid neutralizers and other medicines.

The magnesium oxide grinding process generally includes the following steps:

Raw material crushing: crush magnesium oxide blocks into particles smaller than 10mm to facilitate subsequent grinding operations. Commonly used crushing equipment includes jaw crusher, impact crusher, etc.

Drying: Magnesium oxide raw materials often contain a certain amount of moisture and need to be dried to facilitate grinding. Commonly used drying equipment includes rotary kilns, dryers, etc.

Grinding: Grind the dried magnesium oxide raw material into the required fineness. Commonly used grinding equipment include ball mills, ultrafine mills, etc.

Grading: Classify the ground magnesium oxide powder as needed to obtain products of different fineness. Commonly used classification equipment include vibrating screens, air classifiers, etc.

Packaging: Pack the graded magnesium oxide powder for easy transportation and storage.

Commonly used equipment for magnesium oxide grinding include the following:

Ball mill: Ball mill is a commonly used grinding equipment, suitable for grinding various medium hard materials. The working principle of the ball mill is to use the rolling steel balls in the cylinder to crush the materials.

Ultra-fine mill: Ultra-fine mill is a new type of grinding equipment, suitable for grinding various high-hardness and high-viscosity materials. The working principle of ultra-fine mill is to use high-speed airflow to crush materials.

Magnesium oxide grinding production line has the following advantages:

Mature process flow: After years of practice, the magnesium oxide grinding process process has become quite mature and the technology is reliable.

Advanced equipment: The magnesium oxide grinding production line adopts advanced grinding equipment, with high crushing efficiency and good product quality.

High degree of automation: The magnesium oxide grinding production line has a high degree of automation, simple operation and easy management.

Low production cost: The magnesium oxide grinding production line has low operating cost and good economic benefits.

The magnesium oxide grinding process is mature, the equipment is advanced, the production line is highly automated, the production cost is low, and it has broad application prospects.