Increased contact area between the coolant and aluminum tubes for better heat rejection and cooling
A flat surface on which to braze the cooling fins, maximizing the contact between the tubes and fins for increased heat rejection and better cooling
The cooling fins have been designed with louver patterns cut into them to direct airflow, improving heat rejection and cooling
Wind-tunnel testing has shown that this Extruded Tube Core technology is significantly more efficient for cooling than standard tube radiators
The Flex-A-Lite Extruded Tube Core Radiators are significantly stronger and have a 100-psi burst rating
The Flex-A-Lite Extruded Tube Core Radiators include a corner subhead, reinforcing the cooling tube to header connection, an area prone to cracking and leaking in other brands of aluminum radiators
Covered by an exclusive Flex-A-Lite transferable 2-year warranty
Increased contact area between the coolant and aluminum tubes for better heat rejection and cooling
A flat surface on which to braze the cooling fins, maximizing the contact between the tubes and fins for increased heat rejection and better cooling
The cooling fins have been designed with louver patterns cut into them to direct airflow, improving heat rejection and cooling
Wind-tunnel testing has shown that this Extruded Tube Core technology is significantly more efficient for cooling than standard tube radiators
The Flex-A-Lite Extruded Tube Core Radiators are significantly stronger and have a 100-psi burst rating
The Flex-A-Lite Extruded Tube Core Radiators include a corner subhead, reinforcing the cooling tube to header connection, an area prone to cracking and leaking in other brands of aluminum radiators
Covered by an exclusive Flex-A-Lite transferable 2-year warranty