Ceramic Intalox Saddle Acid Resistance And Heat Resistance
description1
Size |
Thickness (mm) |
Specific Surface (m2/m3) |
Void Volume (%) |
Dry Packing (m-1) |
Package Density (kg/m3) |
1/2” (13mm) |
2 |
650 |
68 |
420 |
780 |
SiO2 + Al2O3 |
>92% |
CaO |
<1.0% |
SiO2 |
>76% |
MgO |
<0.5% |
Al2O3 |
>17% |
K2O+Na2O |
<3.5% |
Fe2O3 |
<1.0% |
Other |
<1% |
Water absorption |
<0.5% |
Moh’s hardness |
>6.5 scale |
Porosity (%) |
<1 |
Acid resistance |
>99.6% |
Specific gravity |
2.3-2.40 g/cm3 |
Alkali resistance |
>85% |
Max Operation temp |
920~1100℃ |
|
Ceramic Intalox Saddle Application
1. Industrial towers:
Utilized extensively in the chemical engineering, metallurgical, gas, and acid production industries for applications in drying towers, absorption towers, cooling towers, waste gas towers, regeneration towers, carbon dioxide degassing towers, and reaction towers.
2. Waste gas treatment:
It exhibits superior performance in low-consumption waste gas treatment equipment, including RTO regenerative thermal oxidizers, and is applicable for waste gas treatment in industries such as chemical engineering, metallurgy, coal and natural gas, as well as industrial oxygen production.
3. Heat exchanger:
Owing to Ceramic Intalox Saddle elevated density, it is extensively utilized in the construction of heat exchangers.