UPP Oil Cooler Mounting Bracket Nissan Z32 300ZX

Proudly Designed & Manufactured in Australia

This is a Custom Bracket to mount a large aftermarket oil cooler in place of the stock Nissan TT unit.

Manufactured from Polyphthalamide Carbon Fiber Polymer (PPA-CF) a Light Weight, (149grams) High Strength, Heat Resistant, Motorsport Grade, High End, Engineering Filament.

This Bracket bolts in place of your stock Nissan TT oil cooler.

A must have if you are looking for additional engine oil cooling on a high performance Street or Race engine.

Bolt on fitment with all Stainless Hardware supplied in the Bracket Kit.

Including Mounting Hardware to suit most aftermarket Oil coolers with a 310mm or 12.2" Base Mount Bolt Spacing, such as Setrab, Mocal, Aeroflow, etc, etc.

The Bracket Bolts straight onto the TT Radiator Core Support in the standard location.

It can be fitted to a Non Turbo Radiator Core Support, but Rivnuts/nutserts or another method will need to be employed to Fix the Bracket in position as the NA Chassis is missing the threaded holes.

Only available as a Bracket & Bolt Kit in Black with Carbon Fiber Printed Weave Finish.

Oil Coolers Only Shown for Comparison, no oil coolers are included in the Kit.

UPP Oil Cooler Mounting Bracket Nissan Z32 300ZX

$110.00

Quantity

Polyphthalamide Carbon Fiber (PPS-CF) is a 15% carbon fiber reinforced composite filament material based on PPA (polyphthalamide or high-performance/high-temperature Nylon).

PPA-CF boasts unmatched heat resistance, capable of withstanding prolonged exposure to temperatures up to 227°C without compromising its structural integrity or performance. This filament remains reliable and robust in extreme environments, making it perfect for Motorsport Automotive parts that must tolerate ultra-high temperatures.

PPA-CF offers strength approaching metal levels & superior dimensional stability

It is specifically resistant to oils, fuels, solvents, weak acids, weak bases, and organic solvents, while also maintaining stability against acids, alkalis, and salts.

This durability is retained even under rigorous conditions, such as prolonged exposure to glycol and extended immersion in oils (e.g., 720-hour exposure tests). The material’s chemical stability ensures long-term performance in Automotive, Aerospace, and Electronic applications where parts are frequently exposed to aggressive fluids and chemicals.