Performance test and application of silica bricks for coke ovens in high temperature environment

In steel production and other high-temperature industries, silica bricks for coke ovens are an important refractory material, and their performance directly affects production efficiency and safety. This article will focus on the performance test of silica bricks for coke ovens in high-temperature environments, including key indicators such as compressive strength, thermal expansion and wear resistance.

Compressive strength

Compressive strength is an important indicator for evaluating the refractory performance of silica bricks. In high temperature environments, the compressive strength of silica bricks for coke ovens should be maintained at a certain level to ensure their stability and durability in high temperature operations.

Thermal expansion

Thermal expansion is an important parameter for evaluating whether refractory materials will deform under instantaneous high temperature impact. The excellent thermal expansion of silica bricks for coke ovens under high temperature conditions enables them to provide better protection for the furnace structure.

Wear resistance

Wear resistance is one of the key factors to measure the performance of silica bricks under working conditions, especially in the steel smelting process, wear resistance can effectively reduce maintenance and repair costs. High-quality silica bricks for coke ovens can more effectively resist friction and impact.

In summary, the superior performance of silica bricks for coke ovens in high temperature environments gives them broad application prospects in steel production and other high temperature industries. In the future, we will continue to improve the performance of our products to meet the ever-changing market needs.