Characteristics of acid-proof tiles

The main raw materials of acid-proof tiles are quartz, feldspar, and silica. They are made of corrosion-resistant materials after being roasted at high temperatures. It is not easily oxidized at room temperature, can withstand alkaline media of any concentration, and has excellent corrosion resistance against hydrochloric acid, nitric acid, and warm chlorine salt water. However, it does not produce molten alkali at high temperatures. Acid-resistant bricks are widely used in anti-corrosion fields such as chemical industry, petroleum, electric power, papermaking, metallurgy, chemical fiber pharmaceuticals, juice, electroplating rooms, etc. They can also exert their high-efficiency corrosion resistance in underground sewers.

Characteristics of acid-proof tiles

Low water absorption

Because acid-resistant bricks are made of quartz, clay, and other materials, their ability to absorb water is meager like ordinary bricks. When choosing ceramic tiles, waterproof performance is one of the important factors to consider, especially when in contact with liquids. The acid-resistant bricks’ water absorption rate must be considered for all flat surfaces.

High strength, high wear resistance

The strength of acid-resistant tiles is higher than that of ordinary tiles. It has a pressure capacity of greater than 100MPA, which ensures that it will not be easily damaged by strong impacts and high-frequency trampling, and will not affect our long-term use. High strength and high wear resistance are characteristics of acid-resistant bricks, which ensures that they will remain intact and satisfactory during long-term use without causing aesthetic problems.

Acid and alkali resistance

Why are acid-resistant bricks so good at acid resistance? Its raw material is silica, which has super corrosion resistance. The water absorption rate of ceramic tiles is relatively low, and the interior is not easy for liquids to penetrate, so it can be used at room temperature. Prevent corrosion from alkaline substances of various concentrations.