The honeyceram gets its name from the array of parallel channels or cells that create the look of a honeycomb.
Ceramic catalyst substrates.
Catalyst substrates emerachem substrates can withstand the toughest extremes.
Sio2 ceramic substrates thin and three way catalytic converter.
Al2o3 catalyst honeycomb ceramic substrate white for industrial voc.
Extruded monolithic honeycombs are the standard catalyst substrates for emission control catalysts.
Al2o3 ceramic substrates cordierite diesel particulate filter.
Ceramic catalyst substrates abstract.
Optimized for high performance efficiency and flexibility corning s advanced ceramic substrates are designed to meet your most demanding gasoline and diesel system needs.
Monoliths are sometimes called flow through substrates.
Ceramic substrates are produced in different cell density and wall thickness configurations.
For efficiency of conversion extremely large surface areas are required.
Ceramic honeycomb ceramic substrate mgo for exhaust gas purifier.
After coated with catalyst the product is widely applied in organic waste gas purification heat exchange system industrial waste gas treatment coal fired power plant flue gas purification nox purification system garbage incineration and harmful gas purification treatment etc.
Al2o3 catalytic converter substrate porous for volatile organic compound.
Ceramic substrates have been the choice for catalyst coating companies for decades.
Ceramic substrates honeyceram in the early 70 s a new type of catalyst support the ceramic substrate honeyceram was developed for the catalytic converter.
Best in class technical expertise from the company that pioneered cellular ceramic solutions and set the standard for catalytic converters worldwide.
Cordierite a synthetic ceramic material of very low thermal expansion coefficient is the most commonly used material.
Applied catalysts manufactures a wide variety of abate voc ceramic monolith supported catalysts.
Monolithic catalyst supports are honeycomb structures with many small cells or parallel channels that allow exhaust gases to run axially through the catalyst.
Because platinum metals are extremely expensive they are deposited on ceramic catalyst supports as salts and then reduced to finely divided metal particles.