The Design Engineering Titanium Exhaust Wrap features a pliable construction allowing for easier i...The Design Engineering Titanium Exhaust Wrap features a pliable construction allowing for easier installation when wrapping. It can withstand higher temperatures than any other wrap found in the market today - up to 900°C direct and 1300°C radiant, which benefits the application as heat is kept in the exhaust system and out of the engine bay area. This therefore reduces under bonnet temperatures releasing the potential of cool air accessing the induction system.
--Reduces under bonnet temperatures for improved performance
--Protects components and bodywork from extreme heat
--Capable of withstanding extreme temperatures (up to 900°C direct temperature)
--Pliable construction for easier wrapping
Design Engineering Titanium exhaust wrap is made from pulverised volcanic rock which is then strained. Withstands 1800 degrees Fahrenheit direct heat and 2500-degree intermittent heat Promotes increased flow for improved performance; reduces temperature & vibration breakdown High resistance to abrasions, oil spills, temperatures and vibration breakdown.
DEI 50 Foot Roll Of 2'' Wide Titanium Exhaust Heat Wrap In BlackFree delivery in 1–3 days£77.54Visit shop →
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The Design Engineering Titanium Exhaust Wrap features a pliable construction allowing for easier installation when wrapping. It can withstand higher temperatures than any other wrap found in the market today - up to 900°C direct and 1300°C radiant, which benefits the application as heat is kept in the exhaust system and out of the engine bay area. This therefore reduces under bonnet temperatures releasing the potential of cool air accessing the induction system.
--Reduces under bonnet temperatures for improved performance
--Protects components and bodywork from extreme heat
--Capable of withstanding extreme temperatures (up to 900°C direct temperature)
--Pliable construction for easier wrapping
Design Engineering Titanium exhaust wrap is made from pulverised volcanic rock which is then strained. Withstands 1800 degrees Fahrenheit direct heat and 2500-degree intermittent heat Promotes increased flow for improved performance; reduces temperature & vibration breakdown High resistance to abrasions, oil spills, temperatures and vibration breakdown.