Quick Detail
Place of Origin
HS-CODE
69-
Package & Delivery Lead Time
Detailed Description
Porous Ceramic Balls is also called filtering balls. It is made by make 20~30% pores inside the inert ceramic balls. Therefore it can be used not only for supporting and covering the catalyst, but also for filtering and eliminating the impurities of grain, gelatin, asphaltine, heavy metals and iron ions of less than 25μm. If the porous ball is set on the top of a reactor, the impurities fail to be eliminated in former process could be adsorbed in the pores inside the balls, thereupon protect the catalyst and prolong the operating cycle of the system. As the impurities present in the materials are different, the user can select the product by their sizes, pores and porosity, or if necessary, add molybdenum, nickel and cobalt or other active components to prevent the catalyst from coking or poisoning.
Technical Specification
Item Type
MH-1
MH-2
MH-3
Chemical composition, %
Al2O3
20-80
Al2O3±SiO2
≥90
Fe2O3
≤1
Pore size , μm
0.5-35
40-100
110-1000
Porosity, %
20-30
15-25
15-25
Air permeability m3.cm/m2.h.10Pa
0.2-0.8
1-6
7-50
Acid resistance, %
≥98
≥98
≥96
Alkali resistance, %
≥85
≥85
≥80
Thermal shocking resistance, (△T)℃
800
800
800
Crushing strength, N
100-12000Deferent upon types and sizes.
Bulk density ,kg/m3
1200-1500
porous ceramic balls are divided into 12 grades by reference to Al2O3 content varied from 25% to 80%, and every more 5% constitutes a grade, but 12 sizes by reference to the diameter, such as Φ3,Φ6,Φ8,Φ10,Φ13,Φ16,Φ20,Φ25,Φ30,Φ38,Φ50 and Φ75. The products in other grade and sizes can be designed and manufactured if to the user's request.
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