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DPF is the only option to satisfy particle number emissions. Common DPF support materials are ceramics, aluminum titanate and silicon carbide. The choice of carrier material is mainly based on the use of DPF and regeneration strategy, including carbon back pressure, filtration efficiency, regeneration temperature, time and so on. Our DPF coating technologies are based on a high thermal stable wash coat formulation with excellent NO2 formation.
DOC is one of the most important catalysts for diesel engine reprocessing. Its main function is to oxidize the unburned hydrocarbons (HC) and carbon monoxide (CO) into harmless water and carbon dioxide. At the same time, it converts NO into NO2 for passive regeneration of downstream catalyst particle trap (CDPF) and improves NOx conversion efficiency of SCR.
| Type | Diameter (mm) | Height (mm) | Application |
|---|---|---|---|
| DPF | Φ143.8 - Φ330 | 76.2 - 305 | Exhaust Filtration |
| Substrate | Φ143.8 - Φ330 | 76.2 - 152.4 | Catalyst Carrier |
OEM Commercial Vehicles: Euro 4, 5, 6 catalysts (DOC, SCR, CDPF, ASC).
Road Vehicles: Euro III purification devices and aftermarket solutions.
Non-road & Farm: Catalytic converters for engineering and farm machinery.
Industrial Waste Gas: Denitration and VOCs catalysts.
Power Plants: Boiler denitrification and stationary source treatment.
Petrochemical: VOCs treatment for pharmaceutical and chemical plants.
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