Керамическая сотовые (используется в автомобиль)

Ceramic Honeycomb (Used In Vehicle)Detail Introduce: The honeycomb ceramic substrate made of cordierite enjoys the merits of very low thermal expansion coefficient, high specific surface area, low pressure drop, rapid light-off and unique structures which are perfect for car catalytic converter. We can supply both ceramic element coated with noble metals of Pt, Pd, Rh and ceramic element without noble metals. The shape will be round, oval or racetrack with 100 cpsi, 300 cpsi, 400 cpsi or 600 cpsi cells that providehigh surface for the precious metal catalysts that convert noxious emission into water vapor, carbon dioxide and so on. Specification of catalyst carrier (straight hole) used in gasoline engine car.Shape Shape diameter ( mm ) Channel Density: 100-400 Holes/square inch Racetrack Shape (Ellipse) dia 169*85.7*127 Rotundity dia 150*100 dia 148*84*127 dia 150*75 dia 144.8*81*76.2 dia 125*130 dia 144.8*81.3*75 dia 144*152 dia 127*63.5*127 dia 118*152 dia 145*80*80 dia 106*150 dia 93*61*90 dia 106*100 dia 120.6*80*65 dia 103*100 dia 120*80*75 dia 101.6*100 dia 147*96*75 dia 100*100 dia100*100*75 dia 93*130 dia 50*50*25 dia 93*49.85 dia 83*88 dia 80*100 dia 80*75 dia 100*75 dia 125*100 dia125*130 Remark: We can customize the product according to the user's requirement if the channel density is within 600 holes/square inch, the shape diameter within 150*150 mm, and the height within 200 mm, Num Item Index CFT-02(260channel) CFT-03(300channel) CFT-04/06(400/600channel) 1 Bulk density Kg/cm3 ≤0.70 2 Water adsorption % 20-27 3 Resistance To normal Atmospheric temperature X(parallel to channels) ≥50 ≥60 ≥65 Y(vertical to channels) ≥160 ≥180 ≥200 4 Coefficient of thermal expansion °C-1(20-800°C) ≤1.50*10-6 5 Soften Temperature °C > 1450 6 Thermal stability 800°C ≥3 7 Specific surface area cm2/cm3 ≥20 8 Chemical composition range % Al2O3 SiO2 MgO K.Na2O Fe2O3 Other 31-34 48-51 12-14 <1 <0.5 <1 10 Thermal conductivity 20-100 °C W/m.k 1.5-2.5 1.4-2.0 1.5-2.5 1.3-1.5 1.5-2.3 1.0-1.2