LEDAUT 2"x100' Titanium Exhaust Heat Wrap with Stainless Ties

LEDAUT Titanium Exhaust Heat Wrap 2\"x100' — Heat Management for Cars and Motorcycles

LEDAUT’s 2" x 100' titanium exhaust wrap is built to perform under demanding heat environments. The wrap is designed to be 25 percent stronger than common fiberglass options, delivering durable protection during daily driving, rides, and everything in between. Its titanium composition offers a distinct combination of rigidity and resilience, helping you manage exhaust heat without added bulk.

When installed around the header and exhaust system, the wrap helps keep exhaust gases hotter inside the pipe, which can influence exhaust flow characteristics and scavenging in a way that some setups find beneficial. Real-world results vary by vehicle, engine tuning, and installation quality, but many users notice smoother heat management and more predictable under-hood temperatures as part of their overall maintenance and performance project.

Why choose LEDAUT Titanium Exhaust Wrap

• 2" width and 100' length give you ample coverage for most headers and exhaust routes.
• Includes 16 x 11.8" stainless steel locking ties for a secure, clean finish.
• Withstand up to 1800F direct heat and 2500F radiant heat for demanding applications.
• Potential under-hood heat reduction, up to about 50% in typical installations, protecting nearby components.

Key installation notes and care

• Before wrapping, soak the header wrap in water to minimize shedding of fibers during install.
• Wear gloves to avoid itching and wrap with overlapping turns for a snug fit before securing with ties.
• Wrap around the pipe and fasten ends with the included stainless ties for a tidy, durable assembly.

Where it fits and what to expect

Ideal for automotive and motorcycle exhaust systems, LEDAUT’s wrap is built to stand up to tough environments while remaining easy to work with for a variety of fits and configurations. The result is a robust heat-management solution that complements a wide range of builds without making exaggerated claims about guaranteed gains. Consider it a practical option for better heat control, component protection, and potential performance consistency across temperature ranges.