porous ceramic and catalyst carrier manufacturing process

ceramics are used as catalyst carriers and filter media in various forms. Catalyst carriers are used in the petrochemicals industry, while filter media are used for water and waste liquid treatment. FOCUS has established technologies for controlling pore size distribution and specific surface areas in a sophisticated manner.

Porous ceramic and catalyst carrier manufacturing processes


Porous ceramics and catalyst carriers

Catalyst carriers

FOCUS’s technology of controlling small pore size distributions and specific surface areas enables high activity and selectivity to be realized. Based on 10 years of experience, FOCUS meets requirements for partial oxidation catalyst carriers destined for a variety of petrochemical businesses.


<Physical characteristics>

  8 mm dia. Ring
Apparent porosity 35-60%
Water absorption (%) 20-40%
Bulk specific gravity 1.5-2.0
Filling density 0.7-1.0kg/L
Crushing strength 50-150N
Specific surface area 0.1>-2.0m2/g

<Typical pore size distribution for partial oxidation catalyst carriers>

<Chemical composition>

Al2O3 80~99
SiO2 0.5~20
P2O5 0.3>
Fe2O3 0.2>
CaO 0.2>
MgO 0.1>
Na2O 0.2~0.5
K2O 1.0>

Porous ceramics

Provided with a wide range of pore size and large specific areas, porous ceramics developed for filter media use have excellent adsorption characteristics.

Chemical composition

C 0-10
Al2O3 30-45
SiO2 25-35
P2O5 5-10
Fe2O3 1-2
CaO 1-2
MgO 2-4
Na2O 1>
K2O 1-2

Typical pore size distribution for porous ceramics

welcome inquiry us carrier@catalystcarrier.net