Engine Coolant Replacement Radiator Cap by Gates®. Pressure: 30 psi. Type: Closed System. Shell Diameter: 2.61". Filler Neck Outside Diameter: 1.2". Cap Depth: 1.88". If you want to keep your vehicle safe on the road for many years to come, go with this Gates product. Developed with the utmost attention to detail and manufactured from the highest quality materials, it is sure to provide a long-lasting service life.
Wide range of applications covering all makes and models
Manufactured to meet or exceed OEM specifications in function, form and fit
Engineered for precise pressure control
Meets or exceeds environmental regulatory standards to reduce air pollution
The cooling system of your automobile is vital to your engine's overall health and longevity. That is why it’s critical to replace leaking, malfunctioning, cracked or otherwise damaged cooling parts and components in time. Without proper cooling, your engine can crack and seize up, which can lead to engine damage. To save your energy, time and money, get the superior OEM parts they offer for your vehicle. Each product is made from high quality materials to maintain proper cooling of your engine and prevent overheating.
Gates® is the world’s leading manufacturer of power transmission belts and a premier global manufacturer of fluid power products. Brand's highly engineered products are critical components used in diverse industrial and automotive applications where the cost of failure is very high relative to the cost of their products. Gates provides a differentiated value proposition to every customer by offering a complete portfolio of premium product and service solutions for both replacement and first-fit applications across brand's targeted end markets, which encompass process and specialty, construction, agriculture, energy, transportation, and automotive.
Only authorized customers can leave a review on our website. We would love to know what you like or dislike about the product. Share your opinion on product quality, appearance, installation, and other characteristics.