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exhaust treatment catalyst carrier
he working principle of a three-way catalytic converter is that when high-temperature exhaust gas passes through the converter, the purifier in the CFC enhances the activity of CO, HC, and NOx, prompting them to undergo a specific oxidation-reduction chemical reaction.
118*75mm
catalyst carrier
catalyst carrier
gaslyst
carrier converter
Speciflcations
Serves as the core component of three-way catalytic converters.
• Catalytically oxidizes and reduces harmful gases such as CO, HC, and NOₓ, achieving environmental emission standards.
Item
Units
Technical Index
Standard
euro1
euro2
Standard
euro3
euro4
Standard
euro5
euro6
Diameter Range
mm
29.5-330
Length Range
mm
40-305
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.

4. Municipal Waste Incineration Flue Gas Purification

• Used for high-temperature flue gas purification and dioxin emission control. 5. Chemical Catalytic Reaction Supports

• Catalyst supports used in industrial reactions such as ammonia synthesis, methanol to olefins (MTO), and alkane dehydrogenation.


FAQ

. 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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