0.6 TPH High-purity Magnesite Grinding Project for Refractory Powder with 400 Mesh
Magnesite is a magnesium-rich carbonate mineral with excellent high-temperature resistance and fire resistance, which is the core raw material for high-grade refractory materials. This high-purity magnesite grinding project is a refined small production line with an hourly output of 0.6 tons and the maximum fineness up to 400 mesh.
Raw magnesite ore is selected manually to remove surface impurities and low-purity ore blocks. After fine crushing, the raw materials enter the ultra-fine grinding mill for deep processing. The equipment uses high-precision rolling grinding to ensure uniform particle size of finished powder without damaging mineral activity. The processed magnesite powder has high magnesium oxide content, which can be made into refractory bricks for high-temperature industrial kilns and smelting furnaces.
It is also widely used in chemical anti-corrosion materials and aerospace thermal insulation components. The production line is equipped with constant-temperature cooling system to avoid powder deterioration caused by high-temperature friction. The fully automatic control system realizes one-button operation, reducing labor cost. This high-end magnesite grinding project focuses on high-purity fine powder production, with high product added value and broad application prospects in the refractory industry.
Raw magnesite ore is selected manually to remove surface impurities and low-purity ore blocks. After fine crushing, the raw materials enter the ultra-fine grinding mill for deep processing. The equipment uses high-precision rolling grinding to ensure uniform particle size of finished powder without damaging mineral activity. The processed magnesite powder has high magnesium oxide content, which can be made into refractory bricks for high-temperature industrial kilns and smelting furnaces.
It is also widely used in chemical anti-corrosion materials and aerospace thermal insulation components. The production line is equipped with constant-temperature cooling system to avoid powder deterioration caused by high-temperature friction. The fully automatic control system realizes one-button operation, reducing labor cost. This high-end magnesite grinding project focuses on high-purity fine powder production, with high product added value and broad application prospects in the refractory industry.
