Aluminum oxide ceramics have various important applications in the energy field, mainly reflected in the following aspects:

Thermoelectric insulation material: Aluminum oxide ceramics are often used as thermoelectric insulation materials in energy equipment due to their excellent high temperature resistance and thermal insulation performance. For example, it can be used as an insulation layer for thermoelectric power generation equipment, effectively isolating high-temperature components, and improving the safety and efficiency of energy equipment.

Burner components: In combustion equipment such as gas boilers and gas turbines, alumina ceramics are often used as components of burners, such as burner nozzles, combustion chamber liners, etc. Its excellent high temperature resistance and corrosion resistance can maintain the stable operation of the burner and reduce fuel consumption and pollutant emissions.

Heat exchanger: Aluminum oxide ceramics are also commonly used as materials for heat exchangers, such as heat exchange tubes and plates in heat exchangers. Its high thermal conductivity and corrosion resistance can improve heat exchange efficiency, achieve efficient energy utilization and energy conservation and emission reduction.

Insulation material for power equipment: In power equipment, alumina ceramics are often used as insulation materials, such as the insulation layer of power capacitors, insulation components of power inductors, etc. Its excellent insulation performance can protect power equipment from current interference and damage, ensuring stable energy supply.

Energy storage: Alumina ceramics can also be used in the field of energy storage, such as manufacturing thermoelectric converters, energy storage equipment, etc. Its excellent thermoelectric performance and chemical stability can achieve efficient energy conversion and storage, providing important support for the utilization of renewable energy