T4 Undivided Turbine Housing – GTW38R

The Garrett T4 Undivided Turbine Housing for GTW38R applications is built for enthusiasts running high-output engine builds who demand a single-entry exhaust configuration without compromise. Engineered from robust cast iron, this housing delivers optimized flow characteristics that translate directly into stronger spool response and turbine efficiency. It’s the right choice for builders who need a direct bolt-on solution designed specifically around the GTW38R platform.

Specifications

• Housing Type: T4 Undivided Turbine Housing
• Application: GTW38R
• Construction Material: Cast Iron
• Exhaust Configuration: Single-Entry
• Fitment: Direct Bolt-On

Performance & Application

This turbine housing is engineered for high-output engine builds that call for a single-entry exhaust configuration paired with the GTW38R turbocharger. Its cast iron construction is built to withstand demanding performance conditions while its optimized flow characteristics support maximum turbine efficiency. Builders focused on serious power output will benefit from the improved spool response this housing is designed to deliver. It’s a purpose-built component for those running the GTW38R in a single-entry setup.

Compatibility & Fitment

• Designed for GTW38R applications
• Configured for single-entry exhaust setups
• Direct bolt-on fitment for seamless installation

Frequently Asked Questions

Is this turbine housing divided or undivided?

This is a T4 undivided turbine housing, engineered for single-entry exhaust configuration.

What turbocharger is this housing designed for?

This housing is engineered specifically for GTW38R applications.

What material is this housing made from?

The housing features robust cast iron construction.

Does this housing require modification for installation?

No, it is designed with direct bolt-on fitment for seamless installation.

For high-output engine builds running a GTW38R in a single-entry exhaust configuration, this T4 undivided turbine housing delivers the durability and flow optimization serious performance applications demand.