1.6-1.8mm Platinum Alumina Spheres CCR Catalyst PDH Catalyst Carrier
Description
Technical Parameters
1.6-1.8mm Platinum Alumina Spheres CCR Catalyst PDH Catalyst Carrier
Comparison between Hot Oil Column Forming Method and Oil Ammonia Column Spheroidization Method
Hot oil column forming and oil ammonia column forming are both methods of forming in oil, that is, the sol material can be converted into gel under certain conditions, the process is operated in the oil environment, and gel beads with certain fixed shape are prepared according to the tension of the oil, and then the target product is obtained through drying, aging, roasting and other processes. The basic principle of oil ammonia column forming balls is the same as that of hot oil column forming. Both methods can be used to produce alumina carriers in fixed bed and moving bed industrial production.
Specification:
|
Properties |
Sample quality |
|
Composition |
γ-Al2O3 100% |
|
Sphere diameter |
1,6-1,8 mm |
|
Crushing strength |
>50 N |
|
Surface area |
> 220 m2/g |
|
Pore Volume |
> 0,55 cm3/g |
|
Effective pore radius |
4,5-7,0 nm |
|
Bulk density |
> 0,55 g/cm3 |
|
Fe |
< 0,010 % by weight |
|
Si |
<0,010 % by weight |
|
Na2O |
< 0,005 % by weight |
|
Sn (if possible to add) |
<0.20% by weight; <0.30% by weight |
|
This is specification for you reference |
|
Applicaton:
1. CCR catalyst carrier
2. PDH catalyst carrier
3. Pt Platinum catalyst carrier
Catalyst@catalystcarrier.com
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