BOSCH DBW 82mm THROTTLE ADAPT INTERCOOLER CLAMP 3.5 INCH BLK

Description

Achieve reliable and leak-free connections in your electronic injection and fuel system with the Aeroflow BOSCH DBW 82 mm Throttle Adapt Intercooler Clamp. This clamp is engineered to provide a tight seal between the throttle body and intercooler piping, preventing boost leaks that can degrade engine performance.

Constructed with precision to fit a 3.5-inch (82 mm) throttle body interface, it ensures compatibility with a wide range of Bosch electronic throttle bodies. The clamp’s robust build and exact dimensions—22 cm in length, 18 cm in width, and 5 cm in height—allow it to install securely in constrained engine compartments without compromising system integrity.

Weighing just 0.27 kg, this lightweight clamp adds minimal weight to your setup while delivering maximum clamping force. This balance reduces stress on adjacent components and contributes to overall system durability.

Designed specifically for use in intercooler piping, the clamp maintains consistent pressure under high boost conditions. This stability prevents air leaks that can cause throttle response delays and reduce engine efficiency, ensuring your electronic fuel injection system performs at its best.

Manufactured by Aeroflow, a trusted name in fuel system components, this adapter clamp meets stringent quality standards for electronic injection applications. Its black finish not only provides corrosion resistance but also offers a sleek, professional appearance within your engine bay.

Installation is straightforward due to the clamp’s precise sizing and durable construction, facilitating a secure fit without the need for extensive modifications or additional hardware. This makes it an essential component for tuning, upgrading, or repairing Bosch DBW throttle body setups.

Optimize your throttle body’s connection to the intercooler system with this expertly engineered clamp. Its specific dimensions, lightweight design, and high-quality construction deliver reliable performance and system longevity in demanding electronic injection environments.