AF732-06LS Aeroflow Metric M14 X 1.5mm To 6 Long Extension 51mm Silve Male 6 An

Description

Optimize your turbocharger or supercharger plumbing with a high-precision extension designed to bridge Metric M14 x 1.5 mm threaded connections to -6 AN fittings. This component solves clearance and alignment issues by providing an exact 51 mm extension, allowing for flexible and secure integration in tight engine bays.

The 51 mm length is engineered to extend your water fitting lines without compromising flow or integrity, enabling seamless adaptation between different thread standards. This eliminates the need for custom fabrication or unreliable adapters, ensuring a professional-grade installation.

• Metric M14 x 1.5 mm to -6 AN male thread: Guarantees compatibility with common turbocharger and supercharger water fittings, supporting a secure, standardized connection that resists leaks under high pressure.
• Lightweight design at 0.020 kg: Minimizes added weight to your system, preserving performance and reducing strain on connected components.
• Durable silver finish: Provides corrosion resistance and long-term durability in harsh automotive environments, maintaining reliable service life.
• Dimensions (14 cm length, 9 cm width, 2 cm height): Compact form factor fits within confined engine compartments while delivering the necessary extension for optimal hose routing.
• Manufactured by Aeroflow: A trusted brand specializing in high-quality turbocharger and supercharger components, ensuring precision engineering and consistent quality.

This extension is essential for anyone upgrading or maintaining forced induction cooling lines where metric and AN fittings must interface seamlessly. Its precise threading and robust construction eliminate common installation headaches, supporting a leak-free and durable system.

Engineered specifically for superchargers, turbochargers, and nitrous systems, this extension meets the rigorous demands of high-performance automotive applications. Trust this Aeroflow extension to deliver professional results and maintain system integrity under extreme conditions.