Derale Dual-Pass Heat Sink Cooler Kit 26.25 x 2.188 x 3.25 Inches with Aluminum Finish and 1/4 Inch NPT Inlet/Outlet

The Derale Dual-Pass Heat Sink Cooler Kit is designed for versatile cooling applications, providing efficient heat dissipation for various automotive and industrial systems. Constructed from durable aluminum with a natural finish, this cooler features a dual-pass design that enhances heat transfer capabilities, ensuring reliable performance under demanding conditions. The compact dimensions of 26.25 inches in length, 2.188 inches in width, and 3.25 inches in height make it suitable for a wide range of installations, offering optimal cooling without occupying excessive space. Equipped with a 1/4 inch NPT female inlet and outlet, along with 3/8 inch hose barb adapters, this cooler kit offers flexible connection options compatible with standard fittings and hoses. Its universal fitment allows for easy integration into various setups, making it a practical choice for custom cooling solutions. The design prioritizes efficiency and durability, ensuring long-lasting performance in both automotive and industrial environments. The cooler's construction from high-quality aluminum ensures excellent thermal conductivity while maintaining lightweight properties, reducing strain on supporting components. Whether used in trucks, performance vehicles, or industrial machinery, this heat sink cooler kit provides dependable cooling performance to help maintain optimal operating temperatures and extend the lifespan of critical components.

Features:

• Dual-pass heat sink design for improved heat transfer

• Constructed from high-quality aluminum with natural finish

• Dimensions: 26.25 inches length x 2.188 inches width x 3.25 inches height

• Includes 1/4 inch NPT female inlet and outlet ports

• Supplied with 3/8 inch hose barb adapters for versatile connections

• Universal fitment suitable for automotive and industrial applications

• Lightweight and durable construction for long-lasting performance

• Efficient thermal management in demanding environments