Pingxiang Qunxing supplies honeycomb ceramic thermal storage body, cordierite mullite RTO thermal storage body

Description :

　　Honeycomb ceramics are composed of parallel and uniformly distributed honeycomb shaped pores, which can be made of various materials such as cordierite, mullite cordierite, mullite, corundum mullite, corundum, silicon carbide, medium alumina porcelain, and stoneware in different sizes and shapes. It has unparalleled advantages over ordinary ceramics such as low thermal expansion coefficient, large specific surface area, heat shock resistance, low pressure drop, low resistance, fast thermal conductivity, accelerated chemical reaction rate, and super adsorption. As the core component of regenerative high-temperature air combustion technology (HTAC) in industries such as metallurgy, machinery, and chemical engineering, it can greatly reduce NOx emissions while promoting efficient combustion and purifying organic waste gas in RTO devices such as regenerative thermal burners and RCs. The O device has completely replaced other ceramics in catalytic burners. At present, honeycomb ceramics have been widely used in fields such as steel, machinery, petroleum, chemical, pharmaceutical, automotive, building materials, non-ferrous metal smelting, and civilian applications due to their excellent performance and dual effects of energy conservation and environmental protection

　　Regenerative Thermal Oxidizer (RTO) is an energy-saving and environmentally friendly device used for treating low to medium concentration volatile organic waste gas.

　　Honeycomb ceramic thermal storage bodies are currently widely used in energy-saving technologies for industrial thermal facilities, improving efficiency, increasing energy consumption, increasing output, and improving quality. They are an important but ineffective means of dealing with power and environmental performance. The cross-section of the honeycomb ceramic thermal storage body is mainly composed of two types of pore structures: square and regular hexagonal, and the pore structures are parallel straight channels. This structure greatly increases the resistance of pore flow and greatly improves the single pore volume heat transfer efficiency of the thermal storage body.

　　Our company combines the characteristics of various industrial thermal storage combustion systems and strictly optimizes the raw material formula and process system in the production of honeycomb ceramic thermal storage bodies. We have developed a variety of series and varieties of honeycomb thermal storage bodies. Our company produces honeycomb ceramic heat storage bodies made of materials such as mullite, cordierite, mullite composite, cordierite composite, silicon carbide, and corundum, which have significant advantages such as high temperature resistance, corrosion resistance, good thermal shock stability, high strength, large heat storage capacity, and good thermal conductivity. They are perfectly matched with the expected effect of HTAC technology.

AfterSalesService :

• Supply honeycomb ceramic thermal storage body cordierite