PHR FMIC Intercooler for JZ Single Turbo Setups 1000 HP

Optional piping is made for MkIV Supra, not guaranteed to fit any other chassis. Please note all intercooler piping requires the OEM battery to be relocated, and a hole to be drilled in the stock battery location - a template will be provided. Please contact us for custom fitment options!

Designed for maximum cooling efficiency and performance, these PowerHouse Racing 4.5" intercoolers feature a massive core size that significantly reduces intake air temperatures. Measuring in at 24 X 12 X 4.5, this ensures a cool charge temp and allows for more aggressive tuning and higher power output.

PHR's high-flow, high density design optimizes airflow through the intercooler, minimizing pressure drop and maximizing air delivery to your engine. This results in improved throttle response, increased horsepower, and overall better engine efficiency, especially under high-boost conditions.

High Fin Density offers several advantages:

Enhanced Heat Dissipation:
High fin density increases the surface area available for heat exchange. This allows the intercooler to dissipate heat more effectively, resulting in cooler intake air temperatures. Cooler air entering the engine improves combustion efficiency and power output.
Improved Cooling Efficiency:
With more fins packed into a given area, the intercooler can cool the intake air more quickly and efficiently. This is particularly beneficial during high-performance driving conditions where the engine generates significant heat.
Reduced Heat Soak:
High fin density helps to minimize the effects of heat soak, where the intercooler becomes heat saturated and less effective. By enhancing the heat dissipation rate, the intercooler maintains its cooling performance even during extended periods of high boost and heavy load.
Better Performance Under High Load:
Engines operating under high load and boost conditions benefit from high fin density as it ensures that the intercooler can handle the increased thermal load. This leads to more consistent performance and less risk of overheating.
Increased Durability:
High fin density can contribute to the structural integrity of the intercooler. The additional fins can provide more support and help distribute thermal and mechanical stresses more evenly across the core, enhancing the durability of the unit.
Optimized Airflow Management:
High fin density can improve the turbulence of airflow within the intercooler, promoting more uniform cooling. This can lead to a more balanced and efficient intercooler performance, contributing to the overall effectiveness of the cooling system.