Factory direct cordierite honeycomb ceramic regenerator Features: ceramic fillers, mullite ceramic fillers, honeycomb ceramic honeycomb regenerator Products: honeycomb ceramic regenerator is now widely used in energy-saving technologies in industrial thermal equipment, so Industrial thermal equipment to improve efficiency, reduce energy consumption, increase production and improve quality, is to solve the energy and environmental issues important and effective means. Honeycomb ceramic regenerator sectional hole are mainly two kinds of square and hexagonal pore structure, and the channels are mutually parallel straight channel structure. This structure significantly reduces the resistance to flow through the pores, greatly improving the efficiency of heat transfer hole volume of regenerator. Product Features: 1, lower exhaust heat loss and maximize fuel efficiency and reduce energy consumption; 2, improve the theoretical combustion temperature, improve combustion conditions to meet the requirements of high temperature thermal equipment, and expand the scope of application of low calorific value fuels especially blast furnace gas applications, improve the utilization of the calorific value of the fuel; 3, to improve the furnace heat exchange, improving yield and product quality equipment, reduce equipment investment; 4, lower emissions per unit of product thermal equipment and emissions of harmful gases, reduce air pollution and improve the environment. Material: cordierite, mullite, silicon oxide, corundum mullite, cordierite dense, dense mullite; Specifications: Dimensions: 100 × 100 × 100,100 × 150 × 150,150 × 150 × 150,150 × 150 × 300 (mm), etc., the size of the production according to customer requirements. Number of holes: 25 × 25,40 × 40,43 × 43,50 × 50,50 × 59, etc. Pass: square, rectangular, hexagonal, round, triangular or more can produce various specifications according to customer requirements. Cordierite honeycomb ceramic regenerator technical parameters: the number of items hole absorption (%) porosity (%), bulk density (g / cm3) compressive strength (c-axis min) thermal shock (air cooled) maximum use temperature (℃) coefficient of thermal expansion (x10-6 / ℃) (20-800 ℃) 43 * 43 10> 400 1280 2.6 40 * 40 10> 400 1280 2.6 25 * 25 10> 400 1280 2.6 cordierite honeycomb ceramic regenerator dense technical parameters: Holes project water absorption (%) porosity (%) bulk density (g / cm3) compressive strength (c-axis min) thermal shock (air cooled) maximum use temperature (℃) thermal expansion coefficient (x10-6 / ℃) ( 20-800 ℃) 43 * 43 20> 400 1280 3.2 40 * 40 20> 400 1280 3.2 25 * 25 20> 400 1280 3.2 dense mullite - cordierite honeycomb ceramic regenerator technical parameters: number of holes project absorption (%) porosity (%), bulk density (g / cm3) compressive strength (c-axis min) thermal shock (air cooled) maximum use temperature (℃) thermal expansion coefficient (x10-6 / ℃) (20-800 ℃) 43 * 43 25> 4001320 4.3 40 * 4025> 4001320 4.3 25 * 2525> 4,001,320 4.3 mullite honeycomb ceramic regenerator technical parameters: the number of items hole absorption (%) porosity (%) density (g / cm3) compressive strength (c-axis min) thermal shock (air cooled) maximum use temperature (℃) thermal expansion coefficient (x10-6 / ℃) (20-800 ℃) 43 * 43 10> 400 1320 4.1 40 * 4010> 4001320 4.1 25 * 2510> 4,001,320 4.1 corundum mullite honeycomb ceramic regenerator technical parameters: the number of items hole absorption (%) porosity (%), bulk density (g / cm3) compressive strength (c-axis min) thermal shock (air cooled) maximum use temperature (℃) thermal expansion coefficient (x10-6 / ℃) (20-800 ℃) 43 * 43 20> 400 1530 5.7 40 * 40 20> 400 1530 5.7 25 * 2520> 4,001,530 5.7 Features: honeycomb ceramic regenerator has a low thermal expansion, specific heat capacity of large surface area, pressure drop, low thermal resistance, good thermal conductivity, thermal shock resistance and other characteristics; widely used in metallurgical machinery industry regenerative high temperature combustion technology (HTAC), which the flue gas heat recovery and efficient combustion and reduce NOX emissions technology organically combine to achieve energy efficiency to reduce NOX emissions limit purposes. The main use of: steel mills, waste incinerators, thermal waste gas treatment equipment, chemical plants, refineries, power plants, industrial power boilers, gas turbines, engineering heating equipment, ethylene cracking furnace. Product Features: 1, materials and diverse, according to different customers and the environment, the use of different materials and specifications. 2 hole wall is thin, large capacity, regenerative capacity, small footprint. 3 hole wall smooth, backpressure. 4, long life, easy to slag erosion, corrosion and high temperature deformation sticky. 5, high product quality specifications, installation, neatly between the regenerator, dislocation small. 6, thermal shock resistance, good thermal conductivity, mechanical strength.