Honeycomb ceramic thermal storage is widely used in industrial thermal equipment, which improves efficiency, reduces energy consumption, increases production and improves quality. It is an important and effective means to solve energy and environmental problems. The carrier surface of honeycomb ceramic thermal storage body mainly has two types of pore structures: square and regular hexagonal, and the pore channels are parallel straight channel structures. This structure greatly reduces the resistance of pore flow and significantly improves the single pore volume heat transfer efficiency of the thermal storage body.

Product Features:

1. Reduce waste heat loss, greatly improve fuel utilization, and lower unit energy consumption;

2. Increase the theoretical combustion temperature, improve combustion conditions, meet the high temperature requirements of thermal equipment, expand the application range of low calorific value fuels, especially blast furnace gas, and improve the utilization rate of fuel calorific value;

3. Improve furnace heat exchange conditions, increase equipment output and product quality, and reduce equipment investment;

4. Reduce the exhaust emissions and harmful gas emissions of thermal equipment units, reduce air pollution, and improve the environment.

Product features:

1. There are various materials available, and products with different materials and specifications can be selected according to different customers and usage environments.

2. Thin pore wall, large capacity, high heat storage capacity, and small space occupation.

3. Smooth hole wall and low back pressure.

4. Long service life, less prone to slag corrosion, adhesion corrosion, and high-temperature deformation.

5. The product has high quality specifications, and during installation, the heat storage bodies are arranged neatly with minimal misalignment.

6. Excellent heat shock resistance, good thermal conductivity, and high mechanical strength.

Product application:

Honeycomb ceramic thermal storage bodies have characteristics such as low thermal expansion, high specific heat capacity, large specific surface area, low pressure drop, low thermal resistance, good thermal conductivity, and good heat shock resistance; Widely used in the metallurgical machinery industry, heat storage high-temperature combustion technology (HTAC) organically combines the recovery of flue gas waste heat with combustion and NOx emission reduction technologies, thereby achieving the goal of energy conservation and NOx emission reduction. Main application scope: Steel plants, garbage incinerators, thermal equipment for waste gas treatment, chemical plants, smelters, power plants, power industry boilers, gas turbines, engineering heating equipment, ethylene cracking furnaces, etc.

Honeycomb ceramic thermal storage bodies have characteristics such as low thermal expansion, high specific heat capacity, large specific surface area, low pressure drop, low thermal resistance, good thermal conductivity, and good heat shock resistance; Widely used in the metallurgical machinery industry, heat storage high-temperature combustion technology (HTAC) combines the recovery of flue gas waste heat with efficient combustion and NOx emission reduction technologies, thereby achieving the goal of energy conservation and NOx emission reduction. Main application scope: Steel plants, garbage incinerators, thermal equipment for waste gas treatment, chemical plants, smelters, power plants, power industry boilers, gas turbines, engineering heating equipment, ethylene cracking furnaces, etc.

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