Titanium Exhaust Wrap DEI Reduced Heat Improved Performance

  TITANIUM EXHAUST WRAP

The Strongest Most Durable Wrap Available!

 DK Custom Products

 FEATURES & SPECS:

• 2" wide by 35 feet Long (enough for 11' of pipe)
• Made from Pulverized Lava Rock, stranded into fiber material in a Tight Weave
• Strongest, Most Durable Wrap Available
• Does NOT need to be wet to install - Extremely Pliable
• Does NOT need to be coated
• Can Be Installed Underneath Chrome Shields
• Withstands Direct Heat of 1800 F and 2500 F Intermittent Heat
• Increases Exhaust Gas Velocity and Cools Air Intake for More Power

This Titanium Wrap from DEI is the Top of the Line.  The tight weave resists abrasion and unraveling, is resistant to oil and gas, and because of its' unique properties resists thermal breakdown, discoloring, and vibration breakdown.  

Wrapping your pipes will increase your performance, while reducing radiant heat by up to 50%.

Keeping exhaust gases hotter within the pipes increases exhaust scavenging, which reduces intake temperatures, resulting in increased horsepower and torque.

If your pipes are chrome or painted with a high heat paint, the thermal wrap will NOT cause your pipes to rust.

Titanium exhaust wrap with LR technology is constructed from pulverized lava rock, extruded into fibers, and then woven into a tight weave, giving it titanium-like strength and toughness.

For radiant heat reduction, this wrap can be installed underneath chrome heat shields.

FITMENT NOTES:

The wrap is 2 inches wide and 35 feet long.  For maximum thermal performance it should have an overlap of 1/4".  This will cover 11 feet of 1.75" diameter exhaust.

It does NOT need to be pre-wet.  It is extremely pliable for a tight and secure wrap.

It does NOT need any kind of coating.

DEI does NOT recommend wrapping exhausts made of titanium. The alloys used in the production of titanium exhaust systems tend to be thin and are designed to dissipate heat quickly. Wrapping any titanium exhaust pipe, regardless of brand, can hold in too much heat, and make the titanium alloy turn brittle and prone to premature cracking.