Paragon 1.5″ Hose End Fitting

Description

Paragon 1.5" Hose End Fitting – Precision Connection for Automotive Motorsports

The Paragon 1.5" Hose End Fitting by Paragon Pro Inc. is a critical component designed specifically for high-performance automotive applications, particularly within the realm of motorsports. Engineered to seamlessly connect Paragon’s 1.5-inch air hoses to the PVC portions of Paragon’s Viking Pro and Viking Pro Dual coolers, this fitting ensures reliable airflow, leak-free operation, and durability in demanding racing environments.

Product Features and Benefits

• Optimized Fit: Custom-made to perfectly connect 1.5-inch air hoses to their Viking Pro coolers, ensuring a secure and tight seal.
• Durable Construction: Crafted from high-quality materials that withstand vibration, high temperatures, and frequent disconnects typical in motorsport scenarios.
• Reliable Performance: Designed to prevent leaks under high-pressure conditions, maintaining optimal cooling performance and consistent airflow during intense racing sessions.
• Easy Installation: Features a straightforward connection system, allowing quick and secure fitting changes during maintenance or upgrades.

Application & Usage

This hose end fitting is essential for connecting Paragon’s Viking Pro and Viking Pro Dual coolers in automotive race car setups. Proper installation ensures efficient thermal management for engines, intercoolers, or other high-performance cooling systems, directly contributing to improved horsepower and engine reliability on the track.

Product Specifications

Why Choose Paragon's 1.5" Hose End Fitting?

Pro race teams and automotive performance enthusiasts trust Paragon's fittings for their unmatched quality, precise engineering, and reliability. When it comes to high-stakes motorsport environments, every connection counts — and Paragon’s fittings deliver consistent, leak-free performance under extreme conditions.

Upgrade your cooling system with confidence, knowing this fitting is engineered for the demanding needs of automotive racing and high-performance applications.