GFB Mach 2 Diverter Valve for Hyundai Kia 2.0T 2017+ TMS Recirculating Turbo

The GFB Mach 2 Diverter Valve is engineered for performance-driven enthusiasts who demand the best from their turbocharged engines, specifically designed for Hyundai and Kia 2.0T models manufactured from 2017 onwards. This diverter valve is an advanced component that replaces the factory bypass valve and is designed to optimize your vehicle's turbo performance, enhancing responsiveness and reliability.

Functionally, the Mach 2 Diverter Valve provides superior performance by allowing for more efficient management of boost pressure during throttle transitions. When the throttle is closed, this valve redirects the boost that would normally be dumped into the atmosphere, returning it to the intake, thus minimizing turbo lag and improving overall throttle responsiveness. This results in a more consistent power delivery and a noticeable reduction in turbo spool time, giving drivers a more exhilarating driving experience.

Moreover, the construction of the GFB Mach 2 Diverter Valve utilizes high-quality materials that resist wear and tear, ensuring durability and longevity. Its performance is finely tuned to work seamlessly with the vehicle’s engine management system, offering a plug-and-play installation that does not require complex modifications. With its precision design and robust build, this diverter valve is an essential upgrade for anyone looking to maximize the performance of their turbocharged Hyundai or Kia.

FITMENT: Designed specifically for Hyundai and Kia 2.0T models from 2017 and onwards, the GFB Mach 2 Diverter Valve is a direct replacement for the OEM valve, ensuring easy compatibility and installation.

Key Features & Benefits

• Enhances throttle response during gear shifts and deceleration.
• Reduces turbo lag, providing quicker boost recovery.
• Durable construction for long-lasting performance under high boost conditions.
• Easy plug-and-play installation with no additional modifications required.
• Optimizes the vehicle's performance by efficiently recirculating boost pressure.