-3AN to M10 X 1.0 WASHER SEAL S/S SHORT SUITS ALL WASTEGATE

Description

Maintaining a secure and leak-free connection in turbocharger and wastegate systems is essential for optimal performance and reliability. This -3 AN to M10 x 1.0 washer seal from Aeroflow addresses that need with precision engineering and robust materials.

Designed specifically to suit all wastegate models, this washer seal ensures compatibility across a wide range of turbocharger setups. Its short stainless steel construction offers superior corrosion resistance and mechanical strength, preventing leaks that can compromise boost control and engine efficiency.

• Material: Manufactured from stainless steel, the washer seal resists rust and wear, providing long-lasting durability under high-temperature conditions common in turbocharger systems.
• Dimensions: With a length of 16.00 cm, width of 9.00 cm, and height of 2.00 cm, this compact component fits precisely within wastegate assemblies without adding unnecessary bulk.
• Weight: Weighing just 0.0500 kg, it adds minimal load while maintaining structural integrity.
• Thread Compatibility: The -3 AN to M10 x 1.0 thread size ensures a secure seal between different connector types, eliminating the risk of fluid or pressure leakage.
• Application: Specifically engineered for wastegate spare parts, this washer seal enhances the reliability of turbocharger boost control by maintaining consistent pressure and preventing exhaust gas leaks.

By integrating this Aeroflow washer seal into your wastegate system, you address common issues such as pressure loss and component wear. Its precise fit and corrosion-resistant construction translate to improved turbocharger responsiveness and longevity.

This component’s exact sizing and stainless steel build make it a superior choice for professionals seeking dependable sealing solutions in performance turbo applications. Its compatibility with all wastegate models ensures wide usability without compromising on quality or function.

Invest in this washer seal to uphold your turbocharger system’s efficiency and prevent costly downtime caused by leaks or component failure.