Why Choose Ceramic Tower Packing?

The main components of ceramic tower packing are silicon dioxide (SiO₂) and acid and alkali resistant ceramic materials. They can resist the corrosion of the vast majority of acids, alkalis and organic solvents except hydrofluoric acid, concentrated phosphoric acid and concentrated alkali solution. They are especially suitable for environments with strong acids (such as sulfuric acid and nitric acid) and corrosive gases (such as H₂S and chloride ions).The working temperature range of ceramic packing is extremely wide, up to 1200 to 1600℃. It can still maintain structural stability and chemical inertness during high-temperature reactions, making it suitable for high-temperature scenarios such as metallurgy and coal gasification. Meanwhile, ceramic materials have high hardness and strong wear resistance, capable of withstanding the impact of high-speed fluids and mechanical stress during long-term operation, thereby extending the service life of equipment.The surface of ceramics has good hydrophilicity and can quickly form a uniform liquid film, promoting mass transfer reactions. Meanwhile, the surface is smooth, with less dirt adhering, making it easy to clean and maintain.

The ceramic tower(random) packing has excellent acid resistance and heat resistance,and can resist the corrosion of all kinds of acid and alkali except fluorooxic acid.Ceramic tower packing can be used in chemical, metallurgy, acid, gas, oxygen,iron and steel, pharmaceutical, fine chemical industry and other industries of washing tower, cooling tower, recycling tower, desulfurization tower, drying tower,absorption tower and reactor lining.Ceramic tower packing including ceramic pall ring, three Y ring, ceramic raschig ring, ceramic cross-partition ring, ceramic saddles,ceramic super saddle, conjugate ring and more than 40 porcelain ring.

Ceramic packing, with its core advantages such as corrosion resistance, high-temperature resistance and high mass transfer efficiency, has become the ideal choice for tower equipment in the chemical and related fields. With the advancement of material technology (such as the development of stainless steel ceramic composite fillers), its application scope will further expand to emerging fields such as construction and environmental protection