Tegiwa External Wastegate Titanium Turbo Blanket

Engineered for peak performance and maximum durability, the Tegiwa External Wastegate Titanium Turbo Blanket delivers superior heat protection for your turbo. Crafted with premium titanium material, this blanket provides exceptional thermal protection while maintaining the lightweight characteristics essential for competitive applications. Tegiwa titanium turbo blankets can withstand up to 1000°C, which can reduce the amount of heat being absorbed by surrounding components and contribute to lower engine bay temperature.

Why You Need a Turbo Blanket

Turbochargers generate extreme heat during operation, with exhaust housing temperatures often exceeding 900°C. This intense heat radiates throughout the engine bay, causing multiple performance and reliability issues including heat soak in intake systems, degradation of nearby components like wiring and hoses, and increased under bonnet temperatures that can lead to power loss. A high-quality turbo blanket acts as a thermal barrier, containing this heat at the source to maintain optimal engine bay temperatures, protect surrounding components, and ensure consistent performance even under demanding conditions.

Key Features

Advanced Multi-Layer Construction - Our multi-layer design provides up to 3x superior thermal protection compared to standard turbo blankets, effectively containing heat and reducing under-bonnet temperatures for improved performance and component longevity.

Premium Titanium Construction - The titanium outer layer provides superior heat reflection and durability while keeping weight to a minimum, making it ideal for motorsport and high-performance street applications.

Precision Fit for External Wastegates - Specifically designed for external wastegate applications, ensuring optimal coverage and heat containment where it matters most.

Transform your heat management strategy with the Tegiwa External Wastegate Titanium Turbo Blanket - where cutting-edge materials meet innovative engineering for uncompromising performance.