In high temperature environment, Fused magnesia It can perform well, as shown below:

1. High thermal stability

The main component of fused magnesia is magnesium oxide, which can maintain a stable crystal structure and atomic arrangement at high temperature without phase transformation and chemical reaction. At the same time, its thermal conductivity is very high, which can transfer heat quickly, making the overall temperature distribution more uniform, and avoiding the fracture and deformation caused by thermal stress.

2. Strength, toughness and stability

The fused magnesia has high tensile strength and compressive strength under high temperature environment, can withstand certain mechanical load and gravity load, and maintain its stability and integrity of the overall structure. Its strength, toughness and stability make it particularly suitable for lining and insulation materials of high-temperature kilns in industrial production fields such as steelmaking and metallurgy.

3. Corrosion resistance

The chemical inertia of fused magnesia makes it have high corrosion resistance, which can resist the erosion and corrosion of various acid-base media, metal liquids and high-temperature gases, and can effectively protect equipment and raw materials from the impact of chemical reactions.