BE-COOL RADIATORS Billet Aluminum Recovery Tank Vented Diamond Cut Finish, 16 oz, 7 Inches Tall, 3 Inches Diameter, 3/8 Inch Hose Barb Inlet and Outlet

The BE-COOL RADIATORS Billet Aluminum Recovery Tank features a durable construction designed for efficient coolant management in high-performance applications. Crafted from natural aluminum, this recovery tank offers excellent corrosion resistance and lightweight strength, making it suitable for a variety of racing and custom vehicle setups. Its vented design ensures proper coolant expansion and contraction, helping maintain optimal engine temperatures under demanding conditions. The tank's diamond cut finish adds a sleek aesthetic touch to your engine bay while providing durability against heat and vibration. The 16 oz capacity makes it ideal for accommodating coolant overflow without taking up excessive space. Equipped with 3/8 inch hose barb inlet and outlet fittings, it provides secure and reliable connections for your cooling system hoses. The included mounting bracket allows for straightforward installation, ensuring the recovery tank stays firmly in place during operation. This kit is suitable for vehicles requiring a compact, high-quality coolant recovery solution, and it is compatible with various automotive applications, not limited to trucks or performance cars. Its air-restricted feature ensures proper venting and pressure regulation, preventing cavitation and maintaining consistent coolant flow.

Features:

• Constructed from natural aluminum for corrosion resistance and lightweight strength

• Diamond cut finish provides durability and a sleek appearance

• Vented design allows for proper coolant expansion and contraction

• Capacity of 16 ounces with a height of 7 inches and diameter of 3 inches

• Includes 3/8 inch hose barb inlet and outlet fittings for secure hose connections

• Mounting bracket included for easy installation

• Suitable for high-performance and custom vehicle cooling systems

• Designed to prevent cavitation and maintain optimal coolant flow