Skip to product information
1 of 1

High Performance 10 Inch Electric Radiator Cooling Fan Kit

High Performance 10 Inch Electric Radiator Cooling Fan Kit

Regular price $38.99 USD

Price subject to change. Tap below for current.

The High Performance Electric Radiator Cooling Fan kit includes two 10 inch fans designed to enhance your vehicle's cooling system. With a powerful 12V 80W motor, these fans deliver an impressive maximum airflow of 800 CFM, ensuring your engine stays cool even under the most demanding conditions.

Each fan operates at a maximum RPM of 2400 10%, providing reliable performance when you need it most. The slim design of these fans allows for excellent engine bay clearance, making them ideal for tight spaces. Their thickness of only 2.5 inches means they can fit in a variety of applications without compromising on airflow.

Constructed with high-quality materials, these fans boast good heat resistance and corrosion resistance, ensuring a long service life for your electronic radiator. The reversible design allows for versatile installation as either a puller or pusher, giving you the flexibility to choose the best setup for your vehicle.

This universal radiator cooling fan kit is compatible with various vehicles and engines, depending on the size of your radiator. It serves as an auxiliary cooling solution for the entire engine compartment, including radiators and air conditioning systems, making it a must-have for any car enthusiast.

Installation is straightforward, and we provide detailed instructions for your convenience. If you encounter any issues while using the mount kit, our customer service team is ready to assist you. We are committed to ensuring that you have a satisfactory experience with our product.

Upgrade your vehicle's cooling system with the 10 inch radiator cooling fan kit and enjoy improved performance and reliability on the road. Whether you're driving in hot weather or pushing your engine to its limits, these fans will help maintain optimal temperatures and prevent overheating.

View full details