Design Engineering 10198 Black 6" x 100' Fiber Hea Exhaust Ranking TOP14 Glass

Design Engineering 10198 Black 6" x 100' Fiber Hea Exhaust Ranking TOP14 Glass $138 Design Engineering 10198 Black 6" x 100' Glass Fiber Exhaust Hea Automotive Replacement Parts Exhaust Emissions $138 Design Engineering 10198 Black 6" x 100' Glass Fiber Exhaust Hea Automotive Replacement Parts Exhaust Emissions Design Engineering 10198 Black 6" x 100' Fiber Hea Exhaust Ranking TOP14 Glass Fiber,f-ksc.com,100',x,Glass,Black,$138,Engineering,/hierocratical24311.html,Exhaust,6",Design,Hea,Automotive , Replacement Parts , Exhaust Emissions,10198 Fiber,f-ksc.com,100',x,Glass,Black,$138,Engineering,/hierocratical24311.html,Exhaust,6",Design,Hea,Automotive , Replacement Parts , Exhaust Emissions,10198

Design Engineering 10198 Black 6" x 100' Glass Fiber Exhaust Hea

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Reduce under-hood temperatures a realistic 50%

Decreases exhaust density and increases exhaust flow

Improves horsepower

Added durability and heat retention - withstands 1200 degrees F direct heat / 2000 degrees F radiant heat

Only exhaust wrap with installation guide lines

Product description

Size:6" x 100' | Color:"strong"Black

Improve performance with Design Engineering Exhaust Wrap. Wrapping headers and down pipes is an important first step in controlling unwanted under-hood radiant heat. Keeping exhaust gases hotter within the exhaust system helps in decreasing exhaust density and increases exhaust flow. This improves exhaust scavenging resulting in cooler air intake temperatures for an improvement in performance and a gain in horsepower. Design Engineering stainless steel Locking Ties (sold separately) are the perfect way to fasten exhaust wrap for a easy, clean and professional installation. Design Engineering Hi-Temp Silicone Coating Spray (sold separately) is highly recommended for DEI glass fiber wrap to penetrate, seal, protect and prolong the lifespan of exhaust wrap. Note about Titanium Exhaust Systems: DEI does NOT recommend wrapping Titanium exhausts. The alloys used in the production of titanium exhaust systems tend to be thin and are designed to dissipate heat quickly. By wrapping the exhaust, the additional heat can make the titanium alloy turn brittle and prone to premature cracking. DEI recommends using alternatives such as their flexible heat shields when seeking to reduce the heat on titanium exhaust systems.