• Multi-Layer Media for RTO

    Multi-Layer Media for RTO

    Multi-Layer Media is the most efficient heat-recovery media for regenerative thermal oxidizers (RTO).  It comes in three configurations, with 125 ft2, 160 ft2, 180 ft2, or 200 ft2 of heat-transfer surface per cubic foot.
    MLM’s parallel-plate structure packs more ceramic material into each cubic foot-up to 80% more than saddles-with less resistance to air flow. The result is a unique combination of high heat capacity, rapid heat transfer, low pressure drop, and great resistance to plugging by particulates.

  • Porcelain Insulators

    Porcelain Insulators

    The design of the porcelain insulators manufactured by CS Ceramic comply with the mechanical and electrical requirements of AS, DIN,BS, IEC and ANSI Standards. Testing is also performed in accordance with the applicable industry standards. We have Disc Suspension Insulators, Pin Type Insulators, Post Insulators and Shackle Insulators.

  • Ceramic Random Packings

    Ceramic Random Packings

    Ceramic Random Packing have great advantages of acid&heat-resistance. It can withstand almost all kinds of acid up to 1000 ℃ except HF acid.

  • Ceramic Foam Filter

    Ceramic Foam Filter

    Ceramic foam filter is just developed as a new type molten metal filters to decrease casting flaw and also as a catalyst carrier for Air Treatment in recent years, play a vital role in the metal casting and air treatment, where they are used to filter out impurities in molten metal to improve the quality and performance of the end product or decompose organic pollutants into pollution-free water (H2O) and carbon dioxide (CO2) to meet high environmental requirements.

  • Infrared honeycomb ceramic plate(ICP)

    Infrared honeycomb ceramic plate(ICP)

    Infrared Honeycomb Ceramic Plate, mainly for gas-fired infrared burners. Such a ceramic plate by honeycomb ceramic plate surface to improve the simple planar corrugated staggered three-dimensional, increasing the specific surface area and combustion area, which play a regenerative combustion role to achieve more complete combustion flame seedlings to reach the infrared burner heating effect, in order to achieve low power consumption and high environmental requirements. Overcome the planar flame in the combustion of the gas is too long, burning inadequate, resulting in high energy consumption, emissions low enough to deficiencies.

  • Honeycomb Ceramic Filter

    Honeycomb Ceramic Filter

    Due to their basic filtering capacity and high heat capacity,these filters are used rather in smaller dimensions and thickness for grey cast iron castings.

    The filter slices capture particular slags and make mould filling more homogeneous and uniform, thus increasing purity of the cast metal and eliminating sand mixture erosion during casting.

  • Honeycomb Ceramic Substrate

    Honeycomb Ceramic Substrate

    High Temperature Air Combustion (HTAC) is new-type combustion technology with great energy-saving and environment protection. This technology is to make two regenerators to absorb heat and send out heat alternatively through the reversal valve, recuperate the heat of the exhaust gas to the maximum extent, then heat the combustion-supporting air and coal gas to over 1000℃, even the inferior fuel of lower calorific power can also catch fire steadily and burns high-efficiently. The heat storage honeycomb ceramic as heat exchange media is the key part of HTAC.

  • Baffle Block

    Baffle Block

    Baffle block, together with honeycomb ceramic substrate, has been widely applied to industrial furnaces with regenerative combustion technology. Baffle blocks are installed in front of honeycomb ceramics to protect them and prolong the running time of honeycomb ceramics.

  • Honeycomb Ceramic Catalyst Carrier

    Honeycomb Ceramic Catalyst Carrier

    CS Ceramic Catalyst Carrier are honeycomb-like structures with thousands of parallel channels. The walls of these channels provide the surface for precious-metal catalysts that convert noxious emissions into carbon dioxide, nitrogen and water vapor.

  • Honeycomb Ceramic for RTO/RCO

    Honeycomb Ceramic for RTO/RCO

    Honeycomb Ceramics are applied as heat storage media in regenerative thermal processes to recover thermal energy and destroy Hazardous Air Pollutants (HAPs), Volatile Organic Compounds (VOCs) and odorous emissions etc. Typical application examples are thermal air pollution abatement systems, based on regenerative thermal oxidation (RTO), thermal regenerators for process gases, heat storage media for decentralized Regenerative Housing Ventilation systems (RHV) or heat storage applications in renewable energy generation systems.