Fuel filter DuraTrap® AT
particulatealuminumdiesel

Fuel filter - DuraTrap® AT  - CORNING - particulate / aluminum / diesel
Fuel filter - DuraTrap® AT  - CORNING - particulate / aluminum / diesel
Fuel filter - DuraTrap® AT  - CORNING - particulate / aluminum / diesel - image - 2
Fuel filter - DuraTrap® AT  - CORNING - particulate / aluminum / diesel - image - 3
Fuel filter - DuraTrap® AT  - CORNING - particulate / aluminum / diesel - image - 4
Fuel filter - DuraTrap® AT  - CORNING - particulate / aluminum / diesel - image - 5
Fuel filter - DuraTrap® AT  - CORNING - particulate / aluminum / diesel - image - 6
Add to favorites
Compare this product
 

Characteristics

Designed for
fuel, particulate
Material
aluminum
Fluid specification
diesel
Other characteristics
compact, high-performance, low pressure, integrated
Filtration size

Min.: 17 µm

Max.: 19 µm

Description

Vehicle and engine manufacturers worldwide are striving to improve the fuel efficiency and performance of diesel engines while meeting soot particulate mass and particulate number emissions limits under real-world driving conditions. Our Corning® DuraTrap® AT HP (high porosity) and DuraTrap® AT LP (low porosity) filters have proven their performance and durability in millions of vehicles. Corning DuraTrap AT HP Filters For Higher Wash Coat Loads – Enabling Integrated NOx Emissions Control Solutions in Light-Duty Diesel Systems Integrating SCR catalysts on diesel particulate filters is a leading approach to meet emerging challenges with a compact, fuel-efficient, high-performance solution. DuraTrap AT HP filters are designed with a higher porosity and optimized microstructure. Corning’s innovative asymmetric cell technology (ACT) option enables low backpressure at high washcoat loads and excellent filtration efficiency under all driving conditions. The filter shape can be optimized for systems with space constraints and diverse configurations. Corning’s aluminum titanate material provides low thermal expansion to enable durable monolithic construction. Our monolithic design allows: Low pressure drop and excellent regeneration efficiency to help improve fuel consumption Increased ash storage capacity and about 12% larger filtration surface area compared to segmented filters More effective utilization of washcoats The extrude-to-shape monolithic design can be produced in a variety of sizes and optimized for systems with space constraints and diverse configurations.

Exhibitions

Meet this supplier at the following exhibition(s):

MWC 2025
MWC 2025

3-06 Mar 2025 Barcelona (Spain) Hall 7 - Stand 7A21Ex, 7A23Ex

  • More information
    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.