Our advanced substrates are made from cordierite material and can be used at temperature up to 1,300°C.Because of the nature of crystallization, crystallo-chemical formula cordierite has extremely low coefficient of thermal expansion (CTE).High specific surface area, low pressure drop, rapid light-off time and reliable and durable performance are achieved through high cell density of 400, 500 and 600cpsi.Honeycomb-like structure with thousands of parallel channels forces exhaust gases into the turbulent flow regime resulting in better contact between emission and precious metal, enhanced mass-transfer conditions, and higher conversion efficiency.All of these make our ceramic honeycomb an ideal catalyst substrate media for oxidation and reduction catalyst.At present, our typical substrates are available in a variety of sizes with the different shapes, such as round, elliptical, race track and so on.
Product Name: Diesel Oxidation CatalystModel Number: TR#DOC01Place of Origin: ChinaOur diesel oxidation catalyst uses flow-through ceramic or metallic substrate withhoneycomb-like structure. It has ve
Our diesel oxidation catalyst uses flow-through ceramic or metallic substrate with honeycomb-like structure, which are very stable supports for catalysts coated on the monoliths` specific surface.Stab
Our cordierite DPF, which consists of parallel channels, separated by thin walls made of porous cordierite. The channels are open at one end, but plugged at the other. During operation, the exhaust ga
Our cordierite DPF, which consists of parallel channels, separated by thin walls made of porous cordierite. The channels are open at one end, but plugged at the other. During operation, the exhaust ga
In order to eliminate the volatile organic compounds (VOC) from the waste gases, honeycomb monoliths are lined inside regenerative thermal oxidizer (RTO) as a ceramic heat exchanger bed, and utilized
In order to eliminate the volatile organic compounds (VOC) from the waste gases, honeycomb monoliths are lined inside regenerative thermal oxidizer (RTO) as a ceramic heat exchanger bed, and utilized
Our typical catalyst comprises PGM (platinum group metals) mixed with the high surface area alumina-based washcoat and applied to the surface of a honeycomb support structure of fabricated stainless s
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