Cordierite/Mullite Honeycomb Ceramic Block as Heater Gas Accumulator

China Cordierite/Mullite Honeycomb Ceramic Block as Heater Gas Accumulator, Find details about China Ceramic Honeycomb, Honeycomb Ceramic from Cordierite/Mullite Honeycomb Ceramic Block as Heater Gas Accumulator

Model NO.
HCH
Holes
25 Holes, 40 Holes, 45 Holes etc
Usage
Rto
Hole Shape
Round, Square, Hexagonal, Triangular, etc
Max.Working Tem. (Celsius Degree)
1320-1700
Structure Material
Ceramic
Heat Transfer Surface
Plate Heat Exchanger
Trademark
DXY
Transport Package
Wooden Box and Pallet or According to Your Demand
Specification
150*150*300mm
Origin
China
Model NO.
HCH
Holes
25 Holes, 40 Holes, 45 Holes etc
Usage
Rto
Hole Shape
Round, Square, Hexagonal, Triangular, etc
Max.Working Tem. (Celsius Degree)
1320-1700
Structure Material
Ceramic
Heat Transfer Surface
Plate Heat Exchanger
Trademark
DXY
Transport Package
Wooden Box and Pallet or According to Your Demand
Specification
150*150*300mm
Origin
China
Honeycomb Ceramic Heater is also called high Temperature Air Combustion (HTAC) is a new type combustion technology with enormous energy-conservation and environmental protection. The Thermal storage honeycomb ceramics are widely used in the various heating furnaces, hot blast furnaces, heat treatment furnace, cracking furnaces, roaster, melting furnace, soaking pit furnaces, oil gas boiler, etc in the steel, machinery, building materials, petrochemical, colored metal smelting and etc industries.
The corundum/mullite and cordierite/mullite complex thermal storage honeycomb ceramic developed by our company has the following notable characters: Perfect high temperature resistance, anticorrosion, perfect thermal shock stability, high mechanical strength, large thermal storage capacity, advantaging heat conduction property, energy conserving result and service life are improved greatly. At present, our products have already been approved by numerous iron and steel enterprise and exported to Japan, South Korea and Europe and America market.

Advantages:
*Lower NOx by avoiding very high peak-temperatures
*CO2 reduction
Fuel consumption decreases CO2 emissions decreases
*Energy saving
Thermal energy from exhaust gases used to heat up combustion air Higher heat flux from flames
*Equipment size reduction
Uniform heat flux distribution and thermal field uniformity Volume of the combustion chamber is fully used

 
ParametersUnitstandardtypical data
Cordierite crystal phasewt%≥9094
Coefficient of Thermal Expansion20-800celsius degreecm/cm/celsius degree≤1.2≤1.5×10-6
Thermal Stability20-650celsius degreetimes≥13
Soften TemperatureCelsius degree≥14201440
Compression StrengthLengthwaysMPa≥1516.9
HorizontalMPa≥26.2
Specific WeightKg/L≥0.150.45-0.5
Porosity%40-4541
Water-absorbing rate%23-2723.8
 
Rotundity shapeEllipse shape
SpecificationmmNumber of channels (holes /square inch)Specification (mm)Number of channels (holes /square inch)
Φ83×85400T146.8×77×86.4400
Φ144×152.4400T120.6×80×152.4400
Φ100×100400T169.7×80.7×76.2400
Φ130×130400T144.8×81.3×152.4400
Φ118×150400T144.8×81×76.2400
Φ103×100400T169.7×80.7×101.6400
Φ150×75400T144.8×81.3×100300
Φ83×125400T127×63.5×107300
Φ150×150300T144.8×81.3×70300
Φ120×100300T144.8×81.3×150300
Φ101.6×100300Race track shape
Φ94×100300P120.65× 80.01×76.2400
Φ85×70300P120.65× 80.01× 76.2200
Φ93×76200P144×68×150400
Φ118×76200P125×80×100400