Burners From Technical Ceramics In Constructions Of Gas Furnaces And Fuel Industrial Furnace

Burners from technical ceramics in constructions of gas furnaces and fuel industrial furnace

Burners from technical ceramics have been successfully proved in constructions of gas furnaces and fuel industrial furnaces with liquid fuel (for example, burners of impulse type and recuperative burners), and in households. Burners from technical ceramics are also used in the process of “indirect heating” when combustion gas should not contact with product. For example, the flame tubes, radiation tubes that conduct heat through radiation.

Basic properties of the material:

Advantages:

• resistance to corrosion;
• excellent heat shock resistance;
• stability of the form even in case of maximum operating temperature;
• very good heat conduction;
• gastightness;
• low weight;
• high level of reliability and operation economy.

Reaction sintering silicon carbide burner is an ideal burner for tunnel kiln, shuttle kiln and roller kiln. It is also widely used in industrial furnaces with open fire direct heating system and radiant tube indirect heating system.

Reaction sintered silicon carbide heat exchange tube, inner tube and outer tube of reaction sintered silicon carbide radiant tube are assembled for heat radiation indirect heating system. Reaction sintering silicon carbide indirect heating system is suitable for steel, stainless steel and non-ferrous metal industry roller kiln, trolley kiln and other industrial furnaces.

SiC atomizing nozzle is the key part of flue gas desulfurization and dust removal equipment in thermal power plant and large boiler. It has been widely used in desulfurization and dust removal devices of thermal power plants and large boilers.

Founded in 2017, Kegu is a leading advanced materials developer based in China’s Xixian New District, Qinhan New City—strategically positioned near major transport links including the Xianyang East Expressway. With a registered capital of 35.5 million RMB (approx. 5 million USD), we operate from a modern 5-acre production facility where we combine materials science innovation with precision manufacturing.

We specialize in engineering high-performance ceramic components for mission-critical industries such as New Energy, Chemical Processing, Pharmaceuticals, and Aerospace. Our products are known for exceptional thermal stability, excellent chemical resistance, and outstanding mechanical properties.

Leveraging a strong R&D foundation, we deliver customized ceramic solutions that meet stringent international quality standards while enhancing operational performance and reducing lifecycle costs for OEMs and innovators worldwide. At Kegu, we’re solving tomorrow’s material challenges—today.