Ceramic Cascade Mini Ring, High Efficiency Ceramic Random Packing for Distillation & Absorption Tower
description1
|
Parameter |
Unit |
Φ50×25 |
Φ76×38 |
Φ100×50 |
|
Product Name |
— |
Ceramic Cascade Mini Ring |
Ceramic Cascade Mini Ring |
Ceramic Cascade Mini Ring |
|
Material |
— |
Ceramic (acid & alkali resistant) |
Ceramic (acid & alkali resistant) |
Ceramic (acid & alkali resistant) |
|
O.D.×Height×Wall |
mm |
50×25×1.5 |
76×38×2.3 |
100×50×3.0 |
|
Specific Surface Area |
m²/m³ |
≈110 |
≈68 |
≈50 |
|
Void Fraction |
% |
≈73 |
≈75 |
≈76 |
|
Bulk Density |
kg/m³ |
≈540 |
≈460 |
≈380 |
Ceramic Cascade Mini Ring Product Introduction
Ceramic Cascade Mini Ring is a high-performance random tower packing developed on the basis of conventional cascade ring. It adopts unique open and asymmetric geometric structure, which effectively overcomes the defects such as liquid channeling and wall flow of traditional packing.Ceramic Cascade Mini Ring is a high-performance random tower packing developed on the basis of conventional cascade ring. It adopts unique open and asymmetric geometric structure, which effectively overcomes the defects such as liquid channeling and wall flow of traditional packing.
Manufactured from high-quality acid-resistant ceramic raw materials through high-temperature sintering, this packing features excellent corrosion resistance and thermal stability. It can be widely used in harsh working conditions with strong acid medium and high temperature.Manufactured from high-quality acid-resistant ceramic raw materials through high-temperature sintering, this packing features excellent corrosion resistance and thermal stability. It can be widely used in harsh working conditions with strong acid medium and high temperature.
Compared with conventional ceramic ring packing, it has larger void fraction, lower pressure drop and higher mass transfer efficiency. The special opening structure can redistribute gas and liquid flow inside the packed tower, form uniform liquid film on the packing surface, and maximize the gas-liquid contact area.






