AF463-02 Aeroflow Turbo Drain Adapter 10 Orb 50.8 Mm Hole Centre O Ring Seal

Description

Maintaining a secure and leak-free turbo drain line is critical for engine performance and longevity. The Aeroflow Turbo Drain Adapter addresses common issues like oil leaks and poor fitment by providing a robust, precision-engineered connection that enhances turbocharger drainage efficiency.

This adapter features a 50.8 mm (2-inch) hole centre spacing, ensuring exact alignment with turbo drain ports for a tight fit. The integrated O-ring seal eliminates the risk of oil leaks under high pressure and temperature, protecting your engine from potential damage and maintaining optimal lubrication flow.

Constructed by Aeroflow, a trusted name in turbo and supercharger components, this adapter is crafted to precise dimensions: 16.00 cm long, 9.00 cm wide, and 3.00 cm high. Its lightweight design at just 0.0380 kg reduces added mass without compromising strength, simplifying installation and minimizing strain on connected components.

Compatibility with -10 ORB fittings allows seamless integration with standard turbo drain lines, ensuring a versatile solution for a wide range of turbocharger setups. The adapter’s durable construction withstands harsh operating conditions, including elevated temperatures and oil exposure, which are typical in forced induction systems.

By choosing this Turbo Drain Adapter, you gain a component engineered to maintain proper oil drainage, prevent leaks, and sustain turbocharger efficiency. Its precise hole centre spacing and O-ring seal contribute directly to system reliability and engine protection.

Dimensions and material quality make it suitable for professional installations where accuracy and durability are non-negotiable. The Aeroflow Turbo Drain Adapter streamlines turbo drain line connections, offering peace of mind through enhanced sealing performance and engineered precision.

Invest in a component designed for exact fit and lasting performance. This adapter ensures your turbo system maintains optimal oil drainage, reducing maintenance concerns and improving overall engine reliability.