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Honeycomb Ceramic Carrier

Honeycomb Ceramic Carriers are made with high-quality materials such as corundum or mullite as the core. They feature a unique honeycomb-shaped structure design, which possesses extremely high open porosity and geometric surface area. The key characteristics of these containers include outstanding thermal stability, low thermal expansion coefficient, excellent corrosion resistance, and high strength.

Classification:

Keyword:

Honeycomb Ceramic Carrier

Product Consulting:

  • Product Description
  • Honeycomb Ceramic Carrier are high-performance ceramic structures designed for catalytic, filtration, and thermal applications in extreme temperature, corrosive, or high-pressure environments. Made from advanced ceramic materials such as cordierite, alumina (Al₂O₃), or silicon carbide (SiC), they are widely used in industries including automotive, chemical processing, environmental protection, and energy. Their unique honeycomb structure provides a large surface area, excellent thermal stability, and efficient gas flow distribution, making them ideal for applications such as catalytic converters, particulate filters, and heat exchangers.

    Application fields:
    1. Environmental Protection and Waste Gas Treatment
    • Automobile Exhaust Purification: As the core catalyst carrier for three-way catalytic converters (TWC), selective catalytic reduction (SCR) denitrification, and particulate filters (DPF/GPF).
    • Industrial Waste Gas Treatment: Used as the catalyst carrier for VOCs catalytic combustion, and the efficient heat storage body in regenerative thermal oxidizers (RTO).
    2. Industrial Filtration
    • High-Temperature Flue Gas Treatment: Used in industries such as waste incineration and metallurgy as catalytic filters to achieve integrated dust removal and harmful gas degradation.
    • Molten Metal Filtration: Used in the foundry industry to filter non-metallic impurities in aluminum, copper, iron, etc. molten liquids.
    3. Chemicals and Energy
    • Structured Catalytic Reactions: As the catalyst framework for key chemical reactions such as methane reforming and Fischer-Tropsch synthesis.
    • Industrial Heat Storage and Energy Saving: Used as heat storage bodies in glass kilns and heating furnaces to significantly recover heat energy and improve thermal efficiency.
    • Sensor Substrate: Used as the core supporting component of micro gas sensors.

    ItemCordierite porousMulliteAlumina PorcelainHigh Alumina PorcelainCorundum
    Density(g/cm3)1.82.01.92.22.5
    Water Absorption(%)2318201312
    Coefficient of Thermal Expansion
    (×10-6K-1)(20~800ºC)
    ≤3.0≤6.0≤6.3≤6.0≤8.0
    Specific heat(J/KgK)(20~1000ºC)750-9001100-1300850-11001000-13001300-1400
    Thermal Conductivity
    (W/m.k)(20~1000ºC)
    1.3-1.51.5-2.31.0-2.01.5-2.35~10
    MAX Working Temp.(C)12001400130014001650
    (MPa)
    Axial crushing  strength
    Dry211220≥11≥22≥25
    Immersion22.5≥2.5≥2.522.522.5

Product inquiry

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E-mail/Zoom:jlee@pxrjhb.cn
Address: No. 1-269, Zone B, Industrial Park, Xiangdong District, Pingxiang City, Jiangxi Province

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