PTP- Adhesive Thermal Barrier- Silver
Universal
Description:
The PTP Adhesive Thermal Barrier has many uses for the purpose of protecting parts and components from radiant heat (up to 2000°F) and direct heat (up to 300°F).
Use it to protect anything from paint, plastic parts, hoses, wires, etc. Applications include automotive, marine, and motorcycles.
The PTP Adhesive Thermal Barrier is made up of woven silica that is backed by a flexible aluminized finish to reflect radiant heat. The adhesive backing makes it easy to install on virtually any clean, untextured surface or part that you need to protect.
Product Information
Product Information
Shipping & Returns
Shipping & Returns



PTP- Adhesive Thermal Barrier- Silver
PTP- Adhesive Thermal Barrier- Silver
Universal
Description:
The PTP Adhesive Thermal Barrier has many uses for the purpose of protecting parts and components from radiant heat (up to 2000°F) and direct heat (up to 300°F).
Use it to protect anything from paint, plastic parts, hoses, wires, etc. Applications include automotive, marine, and motorcycles.
The PTP Adhesive Thermal Barrier is made up of woven silica that is backed by a flexible aluminized finish to reflect radiant heat. The adhesive backing makes it easy to install on virtually any clean, untextured surface or part that you need to protect.
Original: $15.95
-65%$15.95
$5.58Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Universal
Description:
The PTP Adhesive Thermal Barrier has many uses for the purpose of protecting parts and components from radiant heat (up to 2000°F) and direct heat (up to 300°F).
Use it to protect anything from paint, plastic parts, hoses, wires, etc. Applications include automotive, marine, and motorcycles.
The PTP Adhesive Thermal Barrier is made up of woven silica that is backed by a flexible aluminized finish to reflect radiant heat. The adhesive backing makes it easy to install on virtually any clean, untextured surface or part that you need to protect.





















