Radium Engineering O-Ring Multi Pack
Part #: 18-0043
Overview
The Radium Engineering O-Ring Multi Pack is a vital accessory for automotive performance applications, providing reliable sealing solutions for a variety of AN fittings. Designed to support fuel, oil, and coolant systems, this multi-pack helps maintain optimal pressure and prevents leaks during demanding driving conditions. Whether you're assembling a custom fuel system or upgrading existing lines, these high-quality O-rings ensure a secure, leak-free connection that enhances system integrity and reliability.
Key Features
This multi-pack is crafted from durable materials to withstand the rigors of high-performance environments. Its versatile sizing accommodates 6AN, 8AN, and 10AN fittings, making it suitable for a wide range of applications. The precise design ensures a tight seal, reducing the risk of leaks and system failures. Easy to install, these O-rings are an essential component for maintaining the integrity of your fluid transfer systems and supporting consistent performance.
Construction & Design
Manufactured from high-quality elastomeric compounds, these O-rings are engineered for excellent chemical resistance and longevity. The multi-pack format provides convenience and cost savings, ensuring you have the right size on hand for various fittings and projects.
Installation & Fitment
Designed for easy installation, these O-rings fit standard AN fittings and are compatible with a broad range of performance automotive systems. Proper fitment should be verified against your specific fittings and application requirements.
What’s Included
The package includes a selection of O-rings in sizes suitable for 6AN, 8AN, and 10AN fittings, providing a comprehensive solution for sealing needs across multiple systems.
Ideal For
Perfect for automotive enthusiasts, professional racers, and custom builders seeking reliable sealing components for fuel, oil, and coolant lines. These O-rings support high-pressure environments and help ensure leak-free operation during intense driving conditions.