Double-layer Conjugate Ring

A double-layer conjugate ring packing is a type of packing used in chemical processes that is designed to improve the contact efficiency of gases and liquids. It consists of two conjugate rings, usually made of metal or plastic. The packing material consists of two rings, inner and outer layers, which increase the specific surface area and contact points, thereby improving the mass transfer efficiency. The design of the two rings often presents a complementary geometry, resulting in a more uniform flow of gas and liquid, improving the distribution of the liquid and the contact of the gas. Due to its double-layer structure and conjugated design, this packing material provides high mass transfer efficiency and separation.

Double-layer Conjugate Ring

It is suitable for the separation of gases and liquids in various chemical reactions. It is widely used in gas absorption towers and separation towers. It can also be used for the treatment and purification of industrial waste gas. The double-layer structure and conjugated design can significantly increase the contact area between gases and liquids, thus improving mass transfer. A more homogeneous gas-liquid distribution reduces fluid build-up in the packed column and improves operational stability. Depending on the material, the filler can have good corrosion resistance and high temperature resistance, and is suitable for various process conditions. This packing is suitable for industrial processes that require efficient mass transfer, and is one of the important packing materials in modern chemical engineering.

Double-layer Conjugate Ring

Packaging & Shipping