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catalytic processes ceramic catalyst carrier
97*115mm catalytic carrier
Its high surface area and thermal stability enhance catalytic reactions.
• Can be widely used in chemical reactions (such as catalytic combustion and denitrification).
Note: Mesh sizes are 400/600 CPSI.
Maximum operating temperature: 1200°C
catalyst converter
catalyst carrier
gaslyst
carrier converter
Speciflcations
Three-way catalytic converters (THCs) convert harmful exhaust gases such as CO, HC, and NOx into harmless carbon dioxide, water, and nitrogen through oxidation and reduction. They primarily utilize a three-way catalytic converter (CFC). The carrier component of a CFC is a porous ceramic material installed in a custom exhaust pipe.
Item
Units
Technical Index
coefficient of thermal
≤1.5×10-6/°C
water absorption
%
≥30%
conversion rate
%
98
compatible vehicles
-
request to the factory
OEM
ODM
available
Applications

Honeycomb ceramic catalyst carriers have a wide range of applications, primarily including the following:

 

 

1. Automotive Exhaust Purification

• Serves as the core component of three-way catalytic converters.

• Catalytically oxidizes and reduces harmful gases such as CO, HC, and NO, achieving environmental emission standards.

 

2. Industrial Waste Gas Treatment

• Treats pollutants such as VOCs (volatile organic compounds), NO, and CO generated in industry.

• Used in waste gas purification systems for the chemical, coating, pharmaceutical, and electronics industries.

 

3. Denitrification (SCR) Systems

• Utilizes selective catalytic reduction (SCR) technology in coal-fired power plants, cement plants, and boilers to remove nitrogen oxides.

• Typically carries active components such as VO–WO/TiO.

 


FAQ

1. Main Functions of Honeycomb Ceramic Catalysts:

 

1. Purifying Automobile Exhaust

• Three-way catalytic reaction: Converts CO (carbon monoxide), HC (hydrocarbons), and NOx (nitrogen oxides) into harmless gases (CO, HO, and N).

• Used in gasoline and diesel vehicle exhaust purification systems.

 

2. Industrial Waste Gas Purification

• Removes harmful gases such as VOCs (volatile organic compounds), NOx, and SOx.

• Used for emission control in spray painting workshops, petrochemical plants, and printing plants.

 

3. As a Catalyst Support

• Its high surface area and thermal stability enhance catalytic reactions.

• Can be widely used in chemical reactions (such as catalytic combustion and denitrification).

 

Note: Mesh sizes are 400/600 CPSI.

 

Maximum operating temperature: 1200°C


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