What properties do acid chemical bricks have?

Acid chemical bricks have become the “star” material in industrial anti-corrosion engineering due to their excellent performance and reliability. Acid-resistant bricks can handle high temperatures, strong acids, corrosive gas, and liquid environments with ease. If you are struggling to find high-performance anti-corrosion materials, acid-resistant bricks are undoubtedly your best choice.

Acid chemical bricks performance introduction

Low water absorption

Acid chemical bricks are made of quartz, clay, and other materials, so like ordinary bricks, they have very low ability to absorb water and can be used as waterproof floor decoration materials. When choosing tiles, waterproof performance is one of the important reasons why consumers choose it, especially on the ground where there is often water, it can play a good protective role and is basically used.

Good wear resistance

Acid-resistant bricks are stronger than ordinary tiles. They have a pressure resistance greater than 100MPA, which ensures that they will not be easily damaged by strong impacts and high-frequency trampling, and will not affect our long-term use. High wear resistance is one of the characteristics of acid-resistant bricks, which ensures that they can remain intact and will not cause aesthetic problems during long-term use.

Acid and alkali resistance

The raw material of acid chemical bricksis silicon dioxide, which is corrosion-resistant. In addition, the water absorption rate of tiles is relatively low, and it is not easy for liquid to seep out from the inside. Therefore, it can prevent corrosion from alkaline substances of various concentrations at room temperature.

Excellent thermal stability

Acid-resistant tiles can still maintain excellent performance in high-temperature environments. This material will not crack or fall off due to drastic changes in temperature, ensuring its reliability in high-temperature fluctuation environments. This feature makes acid-resistant bricks an ideal choice for high-temperature chemical equipment and metallurgical furnace linings.