Ceramic Saddles

Super Packing Mall Ceramic Saddle Ring has a curved semi-circular shape with ridged walls on either side - similar to a rainbow or saddle. Wall ridges resemble scalloped or corrugated shapes, ideal for applications requiring superior flow and gas-liquid transmission. This design also prevents packaging materials from stacking on top of each other.
Ceramic saddles are one of the most commonly used filler types in heat transfer applications and corrosive environments. Ceramic saddles are highly resistant to chemical attack and thermal shock.
Ceramic saddles are commonly used in the chemical and petrochemical industries, especially for corrosive acid applications and chemical distillation, stripping and absorption columns. It is also suitable for filtration, cooling, washing and recovery towers, drying and absorption towers and other vessels in chemical industry, metallurgy, natural gas, coal and environmental protection industries

Ceramic saddle  Advanatge

Compared with traditional ring shape random packing, ceramic saddle packing has the following advantages:

1. High -efficiency quality transmission performance: Ceramic saddle have high surface area and pore degree, which means that they can better contact the gas or liquid with solids and provide more response surfaces to improve the quality of transmission.

2. Strong stability: Ceramic tower packings have extremely high chemical stability. They can withstand the corrosion of extreme environments such as acid, alkali, and high temperature, and can be used for a long time without being destroyed by chemicals.

3. Low pressure drop: Because the filling of the dispersion ceramic has a small diameter and high pore degree, at the same volume, it is larger than the surface area, the fluid channel is relatively short, the friction resistance generated during the fluid passes is small, and the pressure drop is less.

4. Less blocking: The pores of loose pile saddle ceramic fillers are uniform, which can avoid excessive liquid and gas accumulation and gathering, thereby reducing the blocking risk of the filler.