Silicon carbide ceramics have various important applications in the field of energy and environmental protection, mainly reflected in the following aspects:

High temperature burner components: Silicon carbide ceramics are often used as components of high-temperature burners, such as burner nozzles, combustion chamber liners, etc., due to their excellent high-temperature resistance and corrosion resistance. By using silicon carbide ceramic components, combustion efficiency can be improved, fuel consumption and pollutant emissions can be reduced, and clean and efficient energy utilization can be achieved.

Photovoltaic solar energy materials: Silicon carbide ceramics have good photoelectric properties and can be used as substrates for photovoltaic solar energy materials. Photovoltaic solar energy systems convert solar photons into electrical energy, and silicon carbide ceramics as substrate materials can provide a stable support structure, while also having excellent thermal conductivity, which helps the efficient operation of photovoltaic modules.

Thermoelectric devices: Silicon carbide ceramics can be used to manufacture thermoelectric devices due to their excellent thermoelectric properties. Thermoelectric devices can convert thermal energy into electrical energy, achieving efficient energy utilization. Silicon carbide ceramics, as one of the key materials in thermoelectric devices, can improve energy conversion efficiency and reduce energy waste.

High temperature energy storage materials: In the field of energy storage, silicon carbide ceramics are also applied. Its excellent thermal and chemical stability make it one of the candidates for high-temperature energy storage materials. The silicon carbide ceramic energy storage system can achieve high-temperature energy storage and improve energy utilization efficiency.

Environmentally friendly filters: Silicon carbide ceramics have a uniform pore structure and good high-temperature resistance, making them suitable as filter material for environmentally friendly filters. In the process of energy production and utilization, the use of silicon carbide ceramic filters can effectively remove particulate matter and harmful gases, reduce air pollution, and protect the environment.