Flex A Lite 119148 Flex A Lite Extruded Tube Core Perfo

Flex A Lite 119148 Flex A Lite Extruded Tube Core Pe View details. $1,099.99. estimated to ship direct from manufacturer on 09 06 24, pending manufacturer availability. learn more. lowest price guarantee. add to cart. flex a lite extruded tube core performance radiators are stronger, more durable, provide better cooling capacity and weigh less than competing multi core radiators. each radiator is. Made from high quality materials for durability guaranteed flex a lite craftsmanship uses a unique extruded tube core technology, replacing multi core radiators with an advanced design increases contact area between coolant and the extruded tubes for better heat rejection and cooling provides a flat surface to braze the cooling fins to maximize the contact between the tubes and fins for.

Flex A Lite Extruded Tube Core Performance Radiators вђ Parts Pro News Representing the future of performance aluminum radiators, flex a lite’s extruded core technology replaces multi core radiators with an advanced design that increases contact area between the coolant and the aluminum tubes for better heat rejection—all in a more durable and lighter package. Direct fit flex a lite extruded core performance aluminum radiator and dual electric fan system. for 1999 1 2 2012 full size 1 2 ton chevrolet or gmc truck and suv with 34 inch radiator core. 18.5" h x 40.38" w x 6.69" d. inlet driver side. The combination of features provides much improved heat rejection and better cooling in a strong, lightweight package. other features include: • wind tunnel proven to be more efficient than standard tube radiators. • 100 psi burst rating. • corner subhead to reinforce the cooling tube to header connection to prevent cracking and leaks. Get the latest in performance aluminum radiator technology for your 2003 2007 ford 6.0l super duty with the flex a lite 119134 extruded tube core performance radiator. flex a lite's extruded tube core technology increases the contact area between coolant and the aluminum tubes while also providing a flat surface to braze the cooling fins to.