Finally, a place where bigger really is better. What defines an efficient filter? As little pressure drop as possible. How do you achieve a low pressure drop? Surface area. How do you get a lot of area into a compact in-line filter? Pleats. More pleats means more surface area and, in turn, better-flowing filters. Aeromotive in-line filters boast the most surface area possible for the highest flowing filters. Machined out of aircraft-grade billet aluminum alloy. Precision-coated with black anodizing. Can be used with E85 and alcohol.
Specifications:
Description_ASC | In-Line filter; In-Line Filter, AN-10 size with a 10 microglass element and black anodize finish |
Description_DEF | Fuel Filter |
Description_DES | 10-micron Microglass Element In-Line Filter with ORB-10 Ports |
Description_EXT | Filter, In-Line, 10-m Microglass Element, ORB-10 Port, Bright-Dip Black, 2″ OD. |
Description_INV | Aeromotive Fuel Filter |
Description_MKT | Finally, a place where bigger really is better. What defines an efficient filter? As little pressure drop as possible. How do you achieve a low pressure drop? Surface area. How do you get a lot of area into a compact in-line filter? Pleats. More pleats means more surface area and, in turn, better-flowing filters. Aeromotive in-line filters boast the most surface area possible for the highest flowing filters. Machined out of aircraft-grade billet aluminum alloy. Precision-coated with black anodizing. Can be used with E85 and alcohol. |
Description_SHO | Fuel Filter |
height | 2.0 |
length | 913.0 |
LTL | N |
weight | 73.0 |
width | 35.0 |