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Aluminum Coolant Hose Bend Radiator Tube 1-1/4 O.D 32mm 90 Degree 1.25"
Explore the Aluminum Coolant Hose Bend Radiator Tube for Optimal Performance
Made From High Quality Aluminum
Outside diameter: 32mm
These 90° bend aluminum tubes allow you to build custom radiator/coolant hoses.
Each tube features a bead at each end to keep the hose from coming off under pressure. Can be cut to length.
Universal Fitment
Perfect Fit for Your Radiator System
The Aluminum Coolant Hose Bend Radiator Tube is specifically engineered to provide a reliable and efficient solution for your vehicle's cooling system. With an outer diameter of 1-1/4 inches (32mm) and a 90-degree bend, this tube ensures optimal fluid flow and fits easily into tight spaces. The precise design allows for effortless installation, meaning you can maximize your radiator’s performance without complications. Because of this, it becomes an essential component in maintaining cooler engine temperatures and overall vehicle efficiency.
Durable and Lightweight Construction
This radiator tube is made from high-quality aluminum, which is not only lightweight but also extremely durable. It withstands high temperatures and pressures without compromising performance, making it an excellent choice for performance-oriented applications. However, unlike plastic hoses that may wear out quickly, aluminum offers superior longevity. As a result, you can expect this coolant hose to serve you well for many years, contributing to a reliable coolant flow throughout your vehicle.
Versatile Applications for Various Vehicles
The Aluminum Coolant Hose Bend Radiator Tube is designed for versatility and can be utilized in multiple automotive applications, including performance cars, trucks, and specialized machinery. Its robust construction and ideal dimensions mean it can easily adapt to a variety of setups. Therefore, whether for a DIY project or a professional repair, this coolant hose bend radiator tube is a reliable choice. Because it's tailored for performance, you can trust this part to meet the demands of both everyday driving and high-performance situations.