Plastic saddle ring packing

Product Introduction

Plastic saddle ring packingSimilar to the shape of a saddleIt is a new type of packing that is improved on the basis of the saddle ring packing. The smooth arc-shaped side of the saddle packing is changed to a serrated or textured raised side. In this way, the gaps between the fillers in the packed bed are increased, making it more conducive to the flow and dispersion of gases and liquids in the packed layer, with characteristics such as pressure reduction and high mass transfer efficiency.

productOverview：

Plastic saddle ringIt's a rectangular saddle ringThe improvement is characterized by changing the fan-shaped arc surface to a shell shaped arc surface with serrated edges, and adding openings to communicate the inner and outer surfaces of the packing, increasing the free channels for fluid, which is beneficial for liquid distribution and surface renewal. The processing capacity of the cross saddle ring is higher than that of the rectangular saddle ring, with lower pressure drop and improved mass transfer performance.

This filler is made of high-quality plastic material and processed through special techniques, with characteristics such as light weight, high strength, corrosion resistance, and wear resistance. Its unique saddle shaped design not only increases the wetted area of the packing surface, but also promotes sufficient contact and mixing between the gas-liquid phases, greatly improving mass transfer efficiency.

In chemical production,Plastic saddle ring packingCommonly used in tower reactors, absorption towers, distillation towers, and other equipment to achieve mass and heat transfer processes between gas-liquid phases. Compared with traditional packing materials, it can not only significantly improve processing capacity and reduce energy consumption, but also effectively reduce pressure drop inside the tower and extend equipment service life.

Product Features:

It has the characteristics of high porosity, low pressure drop and mass transfer unit height, high flooding point, sufficient gas-liquid contact, small specific gravity, high mass transfer efficiency, pressure reduction, high flux, high efficiency, and large load elasticity.