| Honeycomb Ceramic | With the characters of big specific surface area, big thermal
capacity, low thermal expansion coefficient, strong corrosion
resistance, and excellent heat endurance, honeycomb ceramic is
widely applied in industries of chemical, metallurgy, gas and
environment protection. Generally, it's applied as Mass transfer packing
Big surface area, flow distributed evenly, and high performance of
separation Catalyst carrier
It can lower oxidation temperature of organic chemical. It can
carry noble metal catalyst, e.g. platinum, rhodium, or palladium to form the catalytic converter to purify tail gas applied in
automobile industry. Thermal storage agent
It's applied in the process of heat exchange. Energy saving for the
thermal storage unit is over 10%. Refractory stove packing
Low bulk density, fast heat transmission, and high thermal
efficiency Gas distributing plate
It distributes heat evenly and facilitates complete combustion,
which energy saving can be over 10%
If any enquiry on chemical packing, please feel free to contact us
via info@asiaron.com
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| Honeycomb Ceramic Thermal Storage Series honeycomb ceramic thermal storage are developed specially
applying in steel heat furnace for heat storage and release.
With the characters of big specific surface area, high thermal
storage capability, low pressure drop and excellent thermal shock
resistance, honeycomb ceramic thermal storage is widely applied in
various industries, especially for metallurgy of steelmaking
furnace, energy saving of steel-rolling stove, NOx purification system of thermal power plant, waste gas purification
system of incinerator, toxic gas purification system in chemical
and mining industries, heat exchange system, etc.
As for the material of honeycomb ceramic thermal storage, its
principal crystalline phase is mullite. As for main chemical ingredients inside, AL2O3 occupies about 60%, SiO2 about 38%, and others about 2%. | | | |
| Technical data | Size
(mm) | Cell numbers
(n) | Cell Diameter
(mm) | Wall thickness
(mm) | Open porosity
(%) | | | | | | | | | | | | | |
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