Ceramic Mini Lessing Ring, Ceramic Random Packing for Waste Water Treatment Tower
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|
Item |
Unit |
Specification |
Material Feature |
Main Characteristic |
Application Field |
|
Product Name |
- |
Ceramic Mini Lessing Ring |
Acid-resistant porcelain |
Low pressure drop |
Distillation tower |
|
Available Size |
mm |
10 / 13 / 16 / 25 |
High alumina ceramic |
High specific surface area |
Absorption tower |
|
Bulk Density |
kg/m³ |
680 ~ 720 |
Inert ceramic material |
Good hydrophilicity |
Desulfurization scrubber |
|
Heat Resistance |
℃ |
≤1200 |
Anti-corrosion ceramic |
Stable structure |
Petrochemical column |
|
Water Absorption |
% |
≤0.5 |
Wear resistant porcelain |
High mechanical strength |
Waste gas treatment |
|
Packing Type |
- |
Random packing |
Porous ceramic |
Uniform gas-liquid distribution |
Rectification system |
Ceramic Mini Lessing Ring Product Introduction
Ceramic Mini Lessing Ring is a kind of ceramic random tower packing with small size, developed based on traditional Lessing ring structure. It is made of high-quality acid-resistant ceramic raw materials through high-temperature sintering.Ceramic Mini Lessing Ring is a kind of ceramic random tower packing with small size, developed based on traditional Lessing ring structure. It is made of high-quality acid-resistant ceramic raw materials through high-temperature sintering.
Thanks to its special ring shape with internal partition, this packing provides large specific surface area and uniform gas-liquid distribution inside the tower. It has excellent corrosion resistance, good thermal stability and low pressure drop. It can keep stable performance under strong acid environment and high temperature working conditions.
Widely applied in distillation, absorption, desulfurization, waste gas scrubbing and other gas-liquid mass transfer processes in chemical, petrochemical and environmental protection industries. The ceramic mini lessing ring features high mechanical strength and good hydrophilicity, which effectively improves mass transfer efficiency and reduces operating cost of separation towers. It is an ideal random packing for medium and small diameter separation columns.






