Design Engineering 10255 Pipe Shield 6in x 12in Stainless Steel Heat Barrier

Vehicle Fitment

• Universal fitment for exhaust pipes and components requiring heat protection

Fitment Notes

• Designed to fit most automotive exhaust pipes; specific vehicle compatibility should be verified based on pipe dimensions and routing

Features

• Constructed from durable 304 stainless steel for enhanced durability
• Preformed with a curved shape to fit most exhaust pipes
• Two layers of 304 stainless steel encapsulate a high-temperature insulation
• Withstands up to 2000°F radiant heat
• 1/2-inch high standoffs create an air gap to the pipe, improving heat dissipation
• Includes stainless steel clamps for easy installation
• Flexible design allows for shaping around various pipe sizes
• Helps prevent burns and protects components from heat damage

Specifications

• Dimensions: 6 inches (width) x 12 inches (length)
• Material: 304 stainless steel with high-temperature insulation
• Maximum heat resistance: 2000°F radiant heat
• Standoff height: 1/2 inch
• Includes: 1x Pipe Shield, 2x Stainless Steel Clamps

Product Description

The Design Engineering 10255 Pipe Shield is an essential component for automotive enthusiasts seeking to manage excessive heat around exhaust systems. Manufactured from durable 304 stainless steel, this heat barrier is preformed to fit most exhaust pipes, providing a reliable solution to protect sensitive components from radiant heat.

Featuring a dual-layer construction, the shield encapsulates high-temperature insulation capable of withstanding up to 2000°F of radiant heat. The 1/2-inch high standoffs create an air gap between the shield and the pipe, enhancing heat dissipation and preventing heat soak. Installation is straightforward, thanks to the included stainless steel clamps that secure the shield in place.

Ideal for various automotive applications, the DEI 10255 Pipe Shield helps prevent burns, protects components from heat damage, and contributes to overall vehicle performance by maintaining optimal operating temperatures.