2.75in Stainless V-Band Flange Assembly Each

The 2.75-inch stainless V-band flange assembly is a precision coupling component engineered for high-performance exhaust, turbo, and intake applications where reliable, leak-free connections are critical. This individual V-band clamp assembly combines robust stainless steel construction with the quick-connect benefits of V-band coupling technology, making it an essential component for custom builds, turbocharger installations, and modular exhaust systems.

The 2.75-inch outer diameter tubing size accommodates mid-range exhaust flow requirements typical of forced-induction engines and performance intake manifold setups. Stainless steel construction resists corrosion from high-temperature cycling and moisture exposure, maintaining structural integrity across seasonal use and harsh operating conditions. V-band design eliminates the need for traditional clamps or welding, enabling tool-free installation and removal—a practical advantage for maintenance, upgrades, and system troubleshooting. The natural finish preserves the stainless aesthetic without coating degradation under thermal stress.

This flange assembly serves builders and technicians working on custom turbo installations, performance exhaust systems, and modular intake piping on light trucks, performance vehicles, and off-road platforms. Buyers typically source multiple flange assemblies to construct complete V-band coupled systems. The individual-unit format allows for flexible system design and selective replacement of worn coupling components without replacing entire sections.

V-band couplings are industry-standard in turbocharger and high-flow intake applications where vibration isolation and repeatable alignment matter. The 2.75-inch specification fits mid-range displacement engines and naturally aspirated large-displacement builds requiring optimized flow paths. This assembly is sold as a single unit; complete V-band connections require two matching flanges and a corresponding V-band clamp (sold separately).