What is the purpose of the long fin design on this reservoir?

The long fin design increases the surface area of the reservoir. This helps to dissipate heat more effectively, which is important for maintaining optimal fluid temperatures in high-performance forced induction systems.

How does the threaded body benefit installation?

A threaded body allows for easier and more precise installation. It enables you to screw the reservoir into place, making adjustments for proper alignment and a secure fit much simpler compared to non-threaded designs.

What does the snap ring groove do?

The snap ring groove is a machined channel that holds a snap ring. This ring secures components to the reservoir, ensuring they stay in place and preventing them from dislodging under pressure or vibration.

King Shocks Long Fin Res Assembly 2.5 PR 12.75in Long 2.93in OD Thread & Snap Ring Groove

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King Shocks

Specifications

Brand: King Shocks
Part #: 25111-174

King Shocks

King Shocks Long Fin Res Assembly 2.5 PR 12.75in Long 2.93in OD Thread & Snap Ring Groove

Name: King Shocks Long Fin Res Assembly 2.5 PR 12.75in Long 2.93in OD Thread & Snap Ring Groove
Brand: King Shocks
Price: 329.57 USD
Availability: InStock

$329.57

King Shocks 2.5" reservoir assembly. Well-built for forced induction systems.

Key Features

This product is a King Shocks 2.5 inch diameter long fin reservoir assembly.
The reservoir measures 12.75 inches in length.
It features a threaded body for easier installation and adjustment.
A snap ring groove is included for secure component retention.
This assembly is designed for use in forced induction systems.

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Product Details

What you get here is a King Shocks 2.5-inch diameter long fin reservoir assembly, measuring 12.75 inches long. It features a threaded body and a snap ring groove, designed to work with forced induction systems. This reservoir is a well-built component that helps manage fluid and heat in high-performance applications.

King Shocks is known for making solid parts, and this reservoir is no exception. The long fin design helps dissipate heat more effectively than standard reservoirs, which is crucial for keeping your system running cool under demanding conditions. The threaded body makes installation straightforward, allowing for easy adjustment and secure mounting. This assembly is built to handle the pressures and temperatures associated with performance forced induction setups.