Ceramic structured packing is a widely used tower component in the fields of chemical engineering, environmental protection, and petroleum, etc. Its main function is to enhance the mass transfer, heat transfer or reaction performance by optimizing the contact efficiency between gas and liquid or liquid and liquid. The following are its core functions and features:

Ceramic Intalox Saddle Ring packing features smooth, curved side surfaces. This increases the contact voids between packing elements within the bed, making it more favorable for the flow and dispersion of gas and liquid through the packing.

Ceramic corrugated packing is used in desulfurization towers. It is made of hard ceramics, composed of silicon dioxide (SiO₂) and aluminum trioxide (Al₂O₃), as well as a small amount of calcium oxide (CaO), magnesium oxide (MgO), potassium oxide (K₂O), sodium oxide (Na₂O), iron trioxide (Fe₂O₃) and other components. It is a type of ceramic structured packing prepared with kaolin, feldspar and other materials as the main raw materials through processes such as batching, ball milling, vacuum kneading, blank extrusion, corrugating, shaping and special firing.

Most people have the impression that installing ceramic random packing into a packed tower simply involves pouring the packing into the tower. In practice, however, the installation is not that simple.If random packing is poured into the tower casually, the packing density will be uneven. In severe cases, the ceramic packing may break, resulting in uneven gas-liquid distribution and reduced separation efficiency.

Honeycomb ceramic filler is a porous industrial ceramic with numerous parallel, through-going honeycomb channels inside. These honeycomb units are divided by grid-like thin partitions.

Ceramic corrugated packing is a new type of structured packing composed of many packing units with the same geometric shape. Due to the structure of ceramic, it has good hydrophilicity. The turbulence of the extremely thin liquid film formed on its surface and the inclined and tortuous channels of the gas flow can promote gas flow without blocking it, making ceramic packing comparable to metal packing. However, metal packing cannot match its corrosion resistance and high-temperature resistance. Its surface structure has good wettability, which can accelerate liquid flow and minimize the liquid holdup of the packing, thereby reducing the chances of overheating, polymerization and coking.