Refractory Solution
Oxidized boron enhances the melting properties, mechanical strength, chemical resistance, and thermal stability of refractory materials, making it widely used in high-temperature industries, chemical corrosion resistance applications and special refractory materials...
Improve Refractory Materials Meltability
Boron oxide can significantly lower the melting point of refractory materials, thereby improving their meltability. This property makes boron oxide often used as a flux to help better process and shape refractory materials under high temperature conditions.
Improve Materials Mechanical Properties
Adding boron oxide to refractory materials can improve their mechanical strength and toughness.
This is especially important for industrial environments that need to withstand high temperatures and pressures, such as steel smelting and glass manufacturing.
Special Refractory Materials Application
Boric oxide is also used to manufacture some special refractory materials, such as boride ceramics, which show excellent stability and wear resistance at high temperatures and are suitable for applications under extreme conditions.
