125Y Ceramic Corrugated Structured Packing For Rectifying Tower, Waste Gas Treatment
description1
|
Parameter |
Specification |
Unit |
Standard |
Test Condition |
Remark |
|
Model Type |
125Y |
– |
Factory Standard |
– |
Corrugated plate structured packing |
|
Specific Surface Area |
125 |
m²/m³ |
Factory Standard |
– |
Nominal geometric value |
|
Void Fraction |
≥95 |
% |
Factory Standard |
Dry state |
Open void ratio of packing bed |
|
Theoretical Plates |
1.5 – 2 |
N/m |
Factory Standard |
Air-water system |
Per meter packing height |
|
Pressure Drop |
≤ 300 |
Pa/m |
Factory Standard |
Normal gas load |
F-factor ≈ 1.5 Pa^0.5 |
|
Max Operating Temp |
≤ 1200 |
°C |
Factory Standard |
Continuous service |
Long-term stable operation |
125Y Ceramic Structured Packing Product Introduction
125Y Ceramic Structured Packing is a kind of corrugated plate structured packing fabricated from high alumina ceramic. By adopting regular staggered corrugated layout, it can realize uniform distribution of gas and liquid inside the tower, greatly enlarge the effective contact area between two phases and improve mass transfer efficiency.
This ceramic structured packing possesses prominent acid corrosion resistance and outstanding high temperature stability. It can work steadily in harsh environments with strong acid medium, which makes it irreplaceable compared with metal and plastic packing under corrosive working conditions.
With the features of high void fraction and low pressure drop, 125Y Ceramic Structured Packing effectively reduces the operation load of supporting equipment and saves energy consumption. It is widely applied in distillation, absorption, stripping, rectification, waste gas desulfurization and other separation processes in fine chemical industry, petrochemical industry, metallurgy and environmental protection engineering.
Our ceramic structured packing is strictly produced according to industrial standards with stable dimensional tolerance, reliable mechanical strength and long service life. Customized specifications such as packing height, diameter and assembly form can be provided to match different distillation and absorption towers.