Boost Logic Nissan R35 GTR Intercooler Piping Clamps (00001001)

The Boost Logic Intercooler Piping Clamp Kit offers a robust and reliable solution for securing intercooler pipes in high-performance vehicles. The kit includes weld ends for secure attachment, a durable billet two-piece clamp for a tight grip, a sleeve for even surface contact, and O-rings for an airtight seal. Designed for strength and precision, this kit ensures optimal intercooler system performance, even under extreme driving conditions.

Vehicle Fitment:
2009+ Nissan R35 GTR (VR38DETT)

Features:
• Comprehensive Kit: Includes weld ends, billet two-piece clamp, sleeve, and O-rings.
• High-Strength Materials: Durable billet construction for reliable performance under high boost.
• Airtight Seal: Dual O-rings prevent air leaks and enhance efficiency.
• Secure Fit: Weld ends and clamp design ensure pipes remain firmly in place.
• Precision Design: Smooth sleeve prevents leaks and reduces wear.
• Durable Performance: Engineered to handle extreme conditions in high-performance applications.

More Info:
The Boost Logic Intercooler Piping Clamp Kit is a premium solution for securely fastening intercooler pipes in high-performance vehicles. The kit includes two weld ends, a high-strength billet two-piece clamp, a sleeve, and two durable O-rings.

The weld ends are designed to be securely welded onto the intercooler pipes, providing a robust base for the clamp to attach. The billet two-piece clamp offers exceptional strength and ensures a tight grip, minimizing the risk of separation during high-boost conditions.

A sleeve is included to create a smooth, even surface between the clamp and the pipes, reducing potential leaks or damage. Additionally, the kit features two O-rings that provide an airtight seal, optimizing the efficiency and reliability of the intercooler system.

Engineered for durability and precision, the Boost Logic Intercooler Piping Clamp Kit delivers a reliable and high-performance solution for securing intercooler piping under demanding conditions.