Alumina Ceramic Ball 99% Aluminum Oxide Ceramic Packing For Oil Refining
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Ceramic Grinding Media Alumina Grinding Ball Ceramic Packing
19mm Inert Alumina Ceramic Ball , Ceramic Catalyst Support Media
Catalyst Bed Support Media Ceramic Cascade Ring , Ceramic Ladder Ring
25% - 99% Al2O3 Inert Alumina Ceramic Ball , Alumina Grinding Ball
Porous Aluminum Oxide Ceramic Balls For Catalytic Cracking , Catalyst Bed Support Media
70mm Ceramic Tower Packing Intalox Saddles , Catalyst Bed Support Media
Inert Alumina ceramic ball manufacturers/ ceramic packing/ alumina machining/ ceramic support balls
Quick Details:
1.Professional Manufacturer
2.Favourable price
3.Short delivery time
4.ISO9001:2008
Descrition:
Inert alumina ceramic balls are widely used in oil refining and petrochemical, chemical, fertilizer, natural gas chemical, environmental protection industries, as the catalyst supporting and covered material inside the reactor ,it can buffer the impact of incoming process media on the catalyst, playing a role of protecting the catalyst and improving the process media of distribution function.
Specifications:
Physical and chemical properties
Note: It may only be provided as the reference for the bulk density, and it is not as the evidence of check.
Chemical Compositions
Specifications and types
Assortments
In accordance with the content of inert Al2O3 from 25% to 99%, there are 18 assortments on every 5% as a grade.
2. Specifications and allowable deviation of diameters
The product of other specifications can also be prepared according to customers\' requirement.
Notice to ordering goods.
1. As the inert ceramic ball belongs to the natural tight stacking in the reactors, please you should consult with our technological staff to determine the amounts according to the practical loading volume, and remain 15-20% margins
2. Please you provide the specification, types, and the total content of Si, Al related to the required product.
3. When ordering our goods, please you should introduce the radical situations of the equipment, including the sizes of reactors, and the operational temperature etc.