Combined Ceramic Light Packing Acid‑Proof Low Pressure Drop Random Packing For Chemical Absorption Column
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|
Nominal Size |
Material |
Porosity |
Bulk Density |
Max Operating Temp. |
Application |
|
25 mm |
High Alumina Ceramic |
55‑60% |
650‑800 kg/m³ |
≤ 800℃ |
Absorption, Distillation Tower |
|
38 mm |
High Alumina Ceramic |
58‑65% |
600‑750 kg/m³ |
≤ 800℃ |
Absorption, Scrubber Tower |
|
50 mm |
High Alumina Ceramic |
60‑70% |
500‑700 kg/m³ |
≤ 800℃ |
Distillation, Washing Tower |
|
76 mm |
Acid‑resistant Ceramic |
62‑72% |
480‑650 kg/m³ |
≤ 800℃ |
Waste Gas Treatment Tower |
|
100 mm |
Acid‑resistant Ceramic |
65‑75% |
450‑600 kg/m³ |
≤ 800℃ |
Rectification, Stripping Tower |
|
Custom |
Alumina / Mullite |
55‑75% |
450‑800 kg/m³ |
≤ 800℃ |
Petrochemical Separation |
Combined Ceramic Light Packing Product Introduction
Combined Ceramic Light Packing is a kind of high‑performance random tower packing made of high‑quality acid‑resistant high‑alumina ceramic raw materials. With optimized combined lightweight structure design, this ceramic packing combines high porosity and excellent mechanical strength, which is widely applied for gas‑liquid mass transfer operations inside various industrial towers.
Manufactured through high‑temperature firing process, the packing shows outstanding thermal stability and strong anti‑acid corrosion capability. It can keep stable performance under long‑term contact with strong acid corrosive media at high working temperature, and will not be dissolved or pollute process medium. Compared with traditional ceramic packing, Combined Ceramic Light Packing features lighter weight, lower bulk density and lower pressure drop, which can effectively reduce the overall load of tower equipment and cut operating energy consumption.
This ceramic light packing creates large and uniform gas‑liquid contact surface inside the tower. It promotes full contact and mass exchange between gas phase and liquid phase, and delivers high mass‑transfer efficiency for absorption, scrubbing, distillation, rectification, stripping and waste gas purification processes. It is well‑suited for petrochemical industry, fine chemical engineering, chemical fertilizer, metallurgy and waste gas treatment projects.




