SPOON ALUMINUM RADIATOR HONDA CIVIC FD2 19010-FD2-010 give high efficiency, lightweight and has longer life compared to copper brass. Aluminum is well known has better heat distribution properties than copper brass.
An efficient heat management is the key to improve cooling performance. Spoon is a savvy tuner that create an excellent high performance auto parts for Honda. Aluminum Radiator Honda Civic FD2 is one of many.
SPOON ALUMINUM RADIATOR HONDA CIVIC FD2 19010-FD2-010 is engineered to perfection. The volumetric and surface area is increased to manage the coolant flow in a more effective manner.
The better coolant flow will ensure engine obtain accurate temperature. The correct engine temperature will boost up the car performance. Effective cooling radiator is essential for any high performance engines.
SPOON ALUMINUM RADIATOR HONDA CIVIC FD2 19010-FD2-010 will cool down coolant far better than copper brass radiator. Aluminum radiator with 2 rows of 1″ tubes is equivalent to a copper brass radiator with 5 rows of 1/2″ tubes by comparison.
Furthermore aluminum is more effective for heat distribution and lightweight. In this case, Spoon had materialized these advantages specifically for Civic FD2. It is indeed another impressive item from aftermarket segment.
Specifications:
Brand: SPOON
-Series Name: ALUMINUM RADIATOR
-Product Descriptions: It is an all aluminum double layer radiator which can be fitted with air conditioner.
-Also, be sure to use the SEP radiator hose in order to prevent sticking of the radiator hose with high rotation with the balance with the water pump.
Radiator cap is not included. It has the same shape as the normal radiator, the core pressure is increased from 10 mm to 35 mm, and the cooling effect is improved by about 40%. It is recommended to use a thermostat in combination with a sports ECU with fan control change.
Product Number: 19010-FD2-010
Compatible Vehicle: HONDA CIVIC FD2
Compatible Model: FD2 Zenki, FD2 Kouki
Notes: Images are for illustration purpose only. Actual product may vary.