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.

Ceramic packing, also known as ceramic rings, features excellent acid and heat resistance and is resistant to corrosion by various acids and alkalis 

The ceramic Bauer ring is a material with unique characteristics and advantages. Its main function lies in its wide range of application fields. Its features include high load capacity, low resistance, and ease of cleaning. Its advantages lie in having excellent high-temperature resistance, corrosion resistance, and good environmental protection performance.

In people's general impression, it is widely believed that ceramic random packing can be simply poured into the packing tower during installation. However, the actual tower packing is not that simple. If the random packing is poured into the tower casually, the packing density will be uneven; in severe cases, it may cause the ceramic packing to break, thereby leading to uneven gas-liquid distribution and a decrease in separation efficiency.

Honeycomb ceramic packing is a porous industrial ceramic with an internal structure consisting of numerous parallel channels in a honeycomb shape. These honeycomb units are separated by thin, grid-like partitions. Compared to conventional bulk ceramics, honeycomb ceramic packing offers advantages such as a large specific surface area, low pressure drop, minimal resistance, high-temperature resistance, excellent chemical stability, low thermal expansion, good thermal insulation, lightweight properties, and high strength. As a result, it is particularly suitable for use as a catalyst carrier in various applications.