Nissens 68150 Radiator

Nissens 68150 Radiator for Honda Fit

The Nissens 68150 radiator is a plastic/aluminum cooling system replacement built for 2008-2014 Honda Fit applications. It is specified with a 355 x 677 x 16 core size and is engineered for dependable heat transfer in everyday driving.

Key Features

• Plastic/aluminum construction for efficient cooling performance
• Core dimensions: 26.8110 in. height, 13.7795 in. width, 0.6299 in. length
• Direct-fit radiator for Honda Fit model years listed below
• OE-style replacement from Nissens, part number 68150
• Cross-references Bosch 13068 and Spectra Premium CU13068 for the same application

Product Details

Nissens Automotive develops thermal management components for aftermarket use with a focus on quality-controlled manufacturing. The 68150 radiator is built to match the listed Honda Fit fitment and cooling dimensions, making it a practical replacement when the original radiator is leaking, restricted, or no longer maintaining stable operating temperatures. This part number 68150 is also referenced by other catalog numbers used for the same Honda Fit application.

Vehicle Fitment

• Fits 2008 Honda Fit, N/A
• Fits 2009 Honda Fit, N/A
• Fits 2010-2014 Honda Fit, N/A

Common Problems This Radiator Can Address

• Coolant leaks from a damaged or aging radiator core
• Overheating caused by reduced heat dissipation
• Corrosion or internal restriction in the cooling passages
• Cracked plastic end tanks or weakened seams
• Temperature instability during stop-and-go driving

Installation Notes and Tips

Verify radiator dimensions and hose connections against the original unit before installation. Inspect the cooling fan, thermostat, hoses, and coolant condition at the same time to help prevent repeat cooling-system issues. Proper system bleeding and refill with the correct coolant are important after replacement.

Quality Assurance

Nissens positions this radiator within its Genuine Nissens Quality standard, with products developed and manufactured under controlled quality processes for aftermarket thermal management applications.