The Radium Engineering Fuel Rail In Line Extra Range Pulse Damper, part number RAD20-0200-06, is a precision-engineered component designed to improve fuel delivery stability in high-performance automotive applications. Constructed with a durable anodized aluminum body, this pulse damper features a threaded design compatible with -8AN ORB fittings, ensuring a secure and leak-free connection. Its robust construction withstands rigorous operating conditions, making it ideal for turbocharged and high horsepower setups.
The pulse damper helps to reduce fuel pressure fluctuations and suppresses fuel system noise, contributing to smoother engine operation and enhanced power delivery. Installation instructions are readily available at RadiumAuto.com, providing a straightforward setup process for experienced technicians and enthusiasts alike.
This in-line component is suitable for various automotive fuel systems, offering a reliable solution for maintaining consistent fuel flow. The compact design minimizes space requirements under the vehicle or within the engine bay, facilitating easy integration into existing fuel line configurations. Whether upgrading an existing fuel system or building a custom setup, this pulse damper offers a high-quality option for performance-minded drivers. It is not CARB-approved, making it suitable for off-road or racing applications where emissions compliance is not required.
Engineered by Radium Engineering, this product combines precision manufacturing with functional design to deliver consistent performance. Its anodized finish provides corrosion resistance, ensuring longevity in challenging environments. Trust Radium's reputation for quality components for your automotive fuel system upgrades.
Features:
- Anodized aluminum body for durability and corrosion resistance
- Threaded for -8AN ORB fittings for secure connections
- Reduces fuel pressure fluctuations and noise
- In-line design for easy installation in various fuel systems
- Suitable for high-performance turbocharged and naturally aspirated engines
