Vibrant 2451 4-into-1 Turbo Manifold Merge Collector T3/T3-T4 304 SS Unive

Vehicle Fitment

• Universal - fits any custom turbo manifold build using T3 or T3/T4 turbo inlet flange

Features

• 4-into-1 turbo manifold merge collector for exhaust fabrication
• Precision 3D laser cut components for optimal flow and fitment
• Made from T304 stainless steel Schedule 10 pipe for strength and corrosion resistance
• Tack-welded assembly allows easy angle adjustments during fabrication
• Ideal for custom turbocharged engine exhaust systems
• Enhances exhaust scavenging and reduces turbulence at merge point
• Universal design compatible with a wide range of turbo setups
• Simplifies welding and manifold construction for performance fabricators

Specifications

• Part Number: 2451
• Collector Style: 4-into-1 merge collector
• Primary Tube OD: 1.875" (48 mm)
• Collector Height: ~3.00" (76 mm)
• Collector Outlet: ~2.875" x 1.875" (72 mm x 48 mm)
• Material: T304 stainless steel
• Pipe Wall: Schedule 10
• Finish: Natural stainless

Included Components

• 1x Vibrant Performance 2451 4-into-1 Turbo Manifold Merge Collector (T3/T3-T4)

Product Description

The Vibrant Performance 2451 Turbo Manifold Merge Collector is a premium universal component designed to streamline the fabrication of custom turbocharger manifolds. Crafted from robust T304 stainless steel Schedule 10 pipe and precision laser cut, this 4-into-1 merge collector provides a smooth transition for exhaust gases, enhancing scavenging and reducing turbulence where runner pipes join. Tack-welded assembly allows fabricators to adjust angles before final welding, making fitting easier and more precise.

Designed for use with T3 or T3/T4 turbo inlet flanges, this merge collector is ideal for performance turbo builds, custom exhaust systems, and fabrication projects across a broad range of vehicles. Its universal design means it isn't tied to specific makes or models - fitment depends on matching inlet flange type and pipe sizing. The natural stainless finish and durable construction ensure long-lasting performance even under high heat and pressure conditions typical of turbocharged engines.