Moturo heat shield turbo blanket titanium T3

Moturo titanium turbo blanket heat shield for T3 frame turbochargers

The Moturo titanium turbo blanket for T3 frame turbochargers (universal item) — heat protection for the exhaust side that keeps heat inside the charger and relieves the engine bay. Titanium fiber mat with aluminum coating, 3 mm thick, ready to install.

The turbo blanket is placed over the exhaust side of the turbocharger and secured with springs. This keeps the heat inside the charger and cools down the engine bay. Material according to manufacturer specifications: titanium fiber mat with aluminum coating, 3 mm thick. Operating range from minus 50 to 650 °C, briefly up to 1000 °C.

Universal item for common T3 frame turbochargers. Compare the fit and spring hole pattern with your charger before ordering.

Installation in about half an hour with spring pliers.

Turbo blanket for T3 frame turbochargers, made by Moturo.

Performance · Material · Specs

• Titanium fiber mat with aluminum coating, 3 mm thick
• Operating range from minus 50 to 650 °C, briefly up to 1000 °C
• Secured via springs on the exhaust side of the turbocharger
• Universal item for T3 frame turbochargers

Important notes – please read

Original spare part design, no separate ABE (general operating permit) required. Universal item — compare the fit and spring hole pattern before installation, as individual chargers vary slightly in geometry.

Tools & Time Required

• Spring pliers
• About half an hour for an experienced mechanic

Scope of delivery

1 × titanium turbo blanket heat shield T3 (heat shield mat). Not included: securing springs, tools.

Frequently Asked Questions

Does the blanket fit every T3 frame turbocharger?
Universal item for the common frame type. Compare dimensions and spring hole pattern with your charger before ordering.

Do I need a TÜV registration?
No, the heat shield is of an original spare part design and does not require registration.

What is the continuous heat resistance of the mat?
Operating range from minus 50 to 650 °C, briefly up to 1000 °C according to manufacturer specifications.