Honda D-Series Turbo Manifold - Stainless Steel T25/28 Flange

Honda D-Series Turbo Manifold - Stainless Steel T25/28 Flange

K2 Industries

Part #
K2-12474-HON-006-TCMP
UPC #
TM-D-S-T25

Regular price $199.99 USD
Regular price $240.00 USD Sale price $199.99 USD
Sale Sold out
Shipping calculated at checkout.
Quantity

Product Description

Honda D-Series Turbo Manifold — Stainless Steel T25/28 Flange

Cast stainless steel turbo manifold built for D-Series engines with T25/T28 turbine inlet compatibility. This manifold handles high-temperature exhaust flow with direct bolt-on mounting at factory locations. Engineered for forced induction builds where durability and thermal resistance matter.

✓ Stainless Steel Construction ✓ T25/T28 Flange Compatible ✓ Ships from FL Warehouse
Key Features
  • Stainless Steel Casting - Resists rust and thermal cracking under continuous boost pressure.
  • T25/T28 Turbine Inlet - Direct compatibility with most aftermarket turbo housings; simplifies turbo selection.
  • Factory Bolt-On Design - Mounts at original exhaust manifold points; no custom welding or fabrication needed.
Specs
  • Material: Stainless Steel
  • Configuration: Cast turbo manifold with integral collector
  • Turbine Inlet: T25/T28 flange
  • Condition: New
Whats Included
  • Turbo manifold assembly
Frequently Asked Questions

Do I need studs or hardware to bolt this to my engine?

This manifold assembly only. You'll need OEM exhaust manifold studs or equivalent fasteners for engine mounting — those typically stay with your car or come with your gasket set. Verify stud count and size before ordering.

Can I use this manifold with any T25 or T28 turbo?

Yes, if your turbo's turbine inlet is a T25 or T28 flange, it bolts directly to this collector. Double-check your turbo's specifications to confirm inlet size before committing.

Do I need to ceramic coat or wrap this before installing?

Not required. Stainless steel resists oxidation and handles heat well on its own. Ceramic coating or wrapping is optional and depends on your engine bay setup and preference for underhood temperatures — it won't hurt performance either way.

View full details

Recently Viewed Products