Buy low price high quality Heat Storage Ceramic Substrate.  Heat Storage Ceramic Substrate is a high-performance ceramic component engineered to absorb, store, and release heat energy efficiently, typically used in industrial furnaces, gas heaters, catalytic converters, and thermal energy systems. These substrates are designed with high thermal conductivity, thermal shock resistance, and structural stability at extreme temperatures.
 
Key Properties:
Property
Description
Material
Cordierite, SiC, Alumina, Zirconia, etc.
Operating Temp
🔥 1000–1600°C (material-dependent)
Thermal Shock Resistance
Excellent
Heat Storage Capacity
High – absorbs and slowly releases energy
Porosity / Geometry
Honeycomb, foam, or lattice for airflow
Chemical Resistance
Resistant to gases, acids, and combustion
 
Applications:
Regenerative burners in furnaces
Gas heaters and radiant panels
Heat recovery systems
Energy-efficient kilns and ovens
Automotive catalytic converters (some versions)
 
Types of Heat Storage Ceramics:
Material
Max Temp
Best For
Cordierite
~1300°C
Low-expansion, gas burners
SiC (Silicon Carbide)
~1600°C
High thermal shock, industrial kilns
Alumina
~1700°C
High-temp, inert environments
Zirconia
~2200°C
Extremely high-temp, niche uses
 
Raw Substrate Ceramic refers to the base ceramic material in its unfinished or uncoated form, used as a foundation layer in electronic components, catalytic converters, heating elements, and other high-temperature or high-performance systems. It’s the starting platform before any metallic coating, machining, or functional treatment is applied.