GReddy Oil Cooler Adapter Type-E Thread M20x1.5/AN8

Universal 12401125

Part #: 12401125

Overview

The GReddy Oil Cooler Adapter Type-E is a versatile and high-quality component designed to enhance the performance and reliability of your vehicle's oil cooling system. Whether you're building a project car, upgrading your existing setup, or seeking a reliable solution for improved oil temperature management, this adapter provides a secure and efficient connection point for your oil cooler lines. Its universal fit makes it suitable for a wide range of applications, making it an excellent choice for automotive enthusiasts and professionals alike.

Constructed with precision and durability in mind, the GReddy Oil Cooler Adapter ensures a seamless integration into your vehicle's oil system. It is ideal for those who demand high performance and dependability from their automotive components, especially during spirited driving, track days, or off-road adventures where optimal oil temperature regulation is critical. By maintaining proper oil temperatures, you help support the longevity and consistent performance of your engine components.

Key Features

The GReddy Oil Cooler Adapter Type-E offers several key features that make it a reliable choice for your oil cooling needs:

• Universal compatibility with a wide range of vehicles and oil cooler setups, thanks to its versatile thread and fitting options.
• Constructed from high-quality materials that resist corrosion and withstand high temperatures, ensuring long-lasting performance under demanding conditions.
• Thread size M20x1.5 provides a secure and leak-free connection to your oil cooler lines, compatible with many aftermarket and OEM components.
• Includes an AN8 fitting, allowing for flexible and secure hose connections with high-pressure capabilities.
• Designed for easy installation with standard threading, reducing the need for modifications or specialized tools.
• Precision-machined to ensure a perfect fit and seal, minimizing the risk of leaks and ensuring consistent oil flow.
• Suitable for use in various racing, performance, and street applications where oil cooling efficiency is a priority.
• Backed by GReddy's reputation for quality and performance, providing peace of mind for your project or daily driver.

Construction & Design

The GReddy Oil Cooler Adapter Type-E features a robust construction that combines durability with precision engineering. Made from high-grade materials, it is designed to withstand the harsh conditions of high-performance driving, including extreme heat and vibration. The adapter's machined threads and fittings ensure a tight, leak-proof connection, while its corrosion-resistant finish maintains its appearance and integrity over time. Its compact design allows for flexible installation in tight engine bays or custom setups, making it a versatile component for a variety of applications.

Installation & Fitment

The GReddy Oil Cooler Adapter Type-E is designed for straightforward installation. It features standard M20x1.5 threads that easily screw into compatible oil cooler fittings or adapters. The included AN8 fitting allows for quick and secure hose attachment, making it suitable for custom or aftermarket oil cooling setups. No special tools or modifications are typically required, and it can be installed in a matter of minutes by following standard automotive procedures. Always ensure that the threads are clean and properly sealed to prevent leaks and ensure optimal performance.

• Simple bolt-in installation with standard threading
• No cutting, drilling, or complex modifications needed
• Compatible with a wide range of oil cooler lines and fittings

What's Included

• GReddy Oil Cooler Adapter Type-E with M20x1.5 thread
• AN8 fitting for hose connection
• Installation hardware and instructions

Ideal For

• Performance enthusiasts seeking reliable oil cooling solutions
• Track and racing applications where oil temperature management is critical
• Custom automotive builds and upgrades
• Anyone looking to improve engine longevity and reliability under demanding conditions