Swivel Water Neck 90 Deg Black

The Swivel Water Neck 90 Deg Black from ALLSTAR PERFORMANCE is a precision-engineered coolant routing component designed for high-performance Chevy V8 engine builds. This 90-degree water neck serves as the critical junction between your radiator hose and engine block, directing coolant flow with controlled angles that optimize thermal management. Built for engine builders, restoration specialists, and performance enthusiasts who demand OEM-quality components with modern design refinements, this swivel water neck eliminates radiator hose routing challenges and reduces stress on connection points during engine operation.

Constructed from durable aluminum with a professional black powder coat finish, the Swivel Water Neck 90 Deg Black accommodates 1-1/2 inch ID hose and features a swivel design that allows final positioning adjustments without requiring hose repositioning or custom bending. The integral O-ring seal ensures leak-free operation under pressure, eliminating the need for additional gasket material or sealant. All necessary hardware is included for straightforward installation, enabling a secure fit that maintains factory appearance while improving reliability. The 90-degree configuration is engineered specifically for Chevy V8 applications, where space constraints and stock engine bay geometry demand precise coolant flow direction.

This component is ideal for Chevy V8 owners undertaking engine rebuilds, swaps, or cooling system overhauls who require exact OEM-spec compatibility without compromise. The swivel feature proves invaluable during engine installation, allowing technicians to achieve proper hose alignment without forcing connections or creating kinks that restrict coolant flow. Whether you're restoring a classic small-block or refreshing a street rod platform, this water neck delivers the precision fit and longevity expected from ALLSTAR PERFORMANCE's heritage in racing and restoration engineering. Typical installation requires basic hand tools and takes approximately 15–20 minutes per engine bay configuration.