MT
HPI - 50mm Radiator Evolve Type MF (Swirl Tank Included) - Nissan - Silvia S14/S15 (MT)
€1.036,20
Specifications:Manufacturer: HPIPart Number: HPARE-S1?ST2Transmission: MTCore Type: Dual CoreThe HPI Evolve line of radiators are fully made in aluminum in Japan. Targetting better flow and high efficiency cooling for the street to the track. By expanding its water capacity and heat exchange area, this radiator helps in keeping your temperature ...
HPI - 50mm Radiator Evolve Type STD - Nissan - Silvia S14/S15 (MT)
€800,70
Specifications:Manufacturer: HPIPart Number: HPARE-S15Transmission: MTCore Type: Dual CoreThe HPI Evolve line of radiators are fully made in aluminum in Japan. Targetting better flow and high efficiency cooling for the street to the track. By expanding its water capacity and heat exchange area, this radiator helps in keeping your temperature dow...
Koyorad HH Type 48mm Radiator - Nissan - Silvia S14/S15 (MT)
€386,00
Specifications:Manufacturer: KoyoradPart Number: HH020369Transmission: MTCore Type: Dual CoreNocolok Brazing is used in all Koyorad Racing Radiators. This ensures maximum durability, strength and anticorrosion protection. Nocolok Brazing uses anticorrosive flux, encouraging even flow of over fins and tubes forming a strong bond in our furnace...
Koyorad N-FLO Technology Radiator - Nissan - Silvia S14/S15 (MT)
€542,40
Specifications:Manufacturer: KoyoradPart Number: HH020369NTransmission: MTCore Type: Dual CoreNocolok Brazing is used in all Koyorad Racing Radiators. This ensures maximum durability, strength and anticorrosion protection. Nocolok Brazing uses anticorrosive flux, encouraging even flow of over fins and tubes forming a strong bond in our furnac...
Koyorad S SERIES Copper Core Radiator - Nissan - Silvia S14/S15 (MT)
€294,00
Specifications:Manufacturer: KoyoradPart Number: S020369Transmission: MTCore Type: Dual CoreNocolok Brazing is used in all Koyorad Racing Radiators. This ensures maximum durability, strength and anticorrosion protection. Nocolok Brazing uses anticorrosive flux, encouraging even flow of over fins and tubes forming a strong bond in our furnace....