95% Inert Alumina Ceramic Catalyst Bed Support Ball as Chemical Packing Purpose

Product Introduction
Inert alumina ceramic catalyst bed support ball is a inert alumina used to manufacture support media for various chemical and petrochemical beds. It is made of high-purity inert alumina powder through special processing.

The inert alumina ceramic support ball has the characteristics of high temperature stability, good corrosion resistance and uniform pore size, and can operate stably for a long time in a high temperature environment. In addition, the inert alumina adsorption bed support medium also has the advantages of high physical strength and high specific surface area, so it is widely used in chemical, petrochemical, pharmaceutical, pharmaceutical, fine chemical and other fields.

Features
Application
1. Thermal oxidation-nitrogen removal: The high-purity alumina catalyst bed support ball can convert NOx in the exhaust gas into N2 and O2 through diffusion, adsorption, surface reaction and other effects at a high temperature above 800 °C, so as to achieve the purpose of purifying the environment and reducing air pollution.

2. Desulfurization: The high-purity alumina catalyst scaffold can convert SO2 into SO3 through the catalytic action of the catalyst, and then react with water molecules to generate sulfuric acid, thereby realizing desulfurization.

3. Ammonia synthesis: High-purity alumina catalyst bed support ball can be used to accelerate the synthesis of ammonia by catalyzing nitrogen and hydrogen to generate ammonia.

4. Chemical reaction acceleration: high-purity alumina catalyst scaffold can be used to accelerate redox, acid-base neutralization, hydrogenation, cracking, polymerization and other chemical reactions.




Technical Specific 

Series	BMTL80	BMTL92	BMTL95	BMTL99
AL2O3 (%)	≥80	≥92	≥95	≥99
Water absorption(%)	≤5	≤5	≤5	≤5
Bulk density(g/cm3)	2.5-2.8	≥2.8	≥3.1	3.3-3.7
Shock resistance (%)	Good	Good	Good	Good
Dimension(mm)	3mm  6mm  8mm  10mm  13mm  19mm  25mm  50mm

Produce Process

Factory

FAQ