TurboWorks 304SS Stainless Steel Exhaust Manifold (T3 Flange)

This TurboWorks exhaust manifold is built for enthusiasts who value reliability and durability. Constructed from 100% 304 stainless steel "steam pipe," it’s designed to handle the demands of high-performance turbo setups. The 3mm wall thickness ensures long-term crack resistance, making it a solid choice for your turbo project.

Fitment

• Designed for turbo setups using a T3 turbo flange and exhaust ports with 37x45mm diameter.

Material & Construction

• 100% 304SS stainless steel "steam pipe"
• 3mm wall thickness

Technical Specifications

• Exhaust ports diameter: 37x45mm
• Turbo flange: T3

What’s Included

• Exhaust manifold
• 24 months guarantee

Installation Notes

• Professional installation recommended for optimal fit and performance. Always check all connections and gaskets during installation.

FAQ

• Can I use this manifold with my existing T3 turbo?
  Yes, this manifold is designed for T3 turbo flanges and will fit any turbo with a matching T3 inlet.
• Do I need any additional parts for installation?
  Depending on your setup, you may want to consider O2 sensor adapters, thermal tapes, or copper nuts, which are available as additional accessories.
• Is the 3mm wall thickness important for durability?
  Yes, the 3mm wall thickness helps prevent cracks and ensures the manifold can handle high temperatures and stress from turbo applications.

O2 Sensor Adapters

O2 sensor adapters are a practical add-on for custom exhaust setups, making it easier to fit or relocate lambda sensors. Ideal for enthusiasts modifying their exhaust manifold or turbo system.

Fitment

• Compatible with exhaust manifolds or systems requiring O2 sensor installation or relocation.

Material & Construction

• Material and construction details not specified.

Technical Specifications

• Specific dimensions not provided.

What’s Included

• O2 sensor adapter (as pictured)

Installation Notes

• Ensure proper thread engagement and sealing when installing the adapter. Use anti-seize on threads if recommended by sensor manufacturer.

FAQ

• Can I use this adapter on any exhaust manifold?
  It’s suitable for manifolds or exhaust components that require an O2 sensor fitting and have compatible threading.
• Is this adapter needed for all turbo setups?
  Only if your setup requires relocating or adding an O2 sensor port.

Thermal Tapes

Thermal tapes are essential for enthusiasts looking to manage heat in their turbo or exhaust system. Wrapping exhaust components helps reduce under-hood temperatures and protects nearby parts.

Fitment

• Universal fit for exhaust manifolds, downpipes, or other high-heat areas in the engine bay.

Material & Construction

• Material and construction details not specified.

Technical Specifications

• Specific sizes or temperature ratings not provided.

What’s Included

• Thermal tape roll (as pictured)

Installation Notes

• Wrap exhaust parts tightly and overlap each layer for best heat protection. Secure the ends with appropriate clamps or ties.

FAQ

• Is thermal tape necessary for stainless manifolds?
  Not required, but it can help reduce engine bay temperatures and protect sensitive components.
• Can I install thermal tape myself?
  Yes, just ensure the surface is clean and follow proper wrapping techniques for best results.

Copper Nuts

Copper nuts are a reliable choice for securing exhaust manifolds and turbo flanges. Known for their resistance to heat and corrosion, they help ensure secure fastening in high-temperature applications.

Fitment

• Universal fit for exhaust manifold and turbo flange mounting where copper nuts are required.

Material & Construction

• Copper construction for heat and corrosion resistance.

Technical Specifications

• Specific thread sizes not provided.

What’s Included

• Copper nuts (as pictured)

Installation Notes

• Tighten to the manufacturer’s recommended torque specification. Re-check after initial heat cycles.

FAQ

• Why use copper nuts on exhaust manifolds?
  Copper nuts resist seizing and corrosion, making future removal easier and ensuring a secure hold under high temperatures.