Allstar Performance Swivel Water Neck 90 Deg w/O-ring ALL30170

Swivel Water Neck 90 Deg w/O-ring

• Water Neck
• 90 Degree
• 1-1/2 in ID Hose
• Swivel
• O-Ring
• Hardware Included
• Billet Aluminum
• Polished
• Chevy V8
• Each

Unleash the full potential of your vehicle's cooling system with the Allstar Performance Swivel Water Neck! Designed for superior function and style, the 90-degree water neck is meticulously constructed to provide an optimal solution for your automotive needs.

Key Features:

• Precision Engineered: The Allstar Performance Swivel Water Neck is engineered with precision to ensure a perfect fit and hassle-free installation.
• 90-Degree Angle: Its unique 90-degree configuration allows for versatile placement, making it ideal for custom builds and applications where engine space is at a premium.
• High-Quality Materials: Made from premium materials, this water neck is built to withstand the high demands of racing and performance applications.
• Swivel Design: Offering a swivel design, it provides ease of use and adjustment, allowing for a flawless connection to your cooling system regardless of the hose direction or angle.
• O-Ring Seal: Equipped with an o-ring seal to prevent leaks, this swivel water neck ensures a tight, efficient seal every time, enhancing the reliability of your cooling system.
• Aesthetic Appeal: Not only is it functional, but it also adds a polished, professional look under the hood, reflecting your commitment to quality and performance.

Enhance Your Vehicle's Performance:

Whether you're a weekend warrior hitting the track or looking to upgrade your street machine, the Allstar Performance Swivel Water Neck is an indispensable component for maintaining optimal engine temperatures. Its sleek design and ease of installation make it a top choice for enthusiasts seeking both performance and aesthetics.

Order the Allstar Performance Swivel Water Neck - 90 Deg w/ O-Ring ALL30170 today and experience seamless integration into your cooling system with guaranteed durability and efficiency.