Thermo Tec 16850 Kevlar Heat Barrier Shield

Description

The Thermo Tec Kevlar Heat Barrier is made from Kevlar with a Mylar finish. When used to retain heat in applications such as exhaust manifolds, the barrier is installed with the fabric side facing the heat. The Thermo Tec Kevlar Heat Barrier is made from Kevlar with a Mylar finish. The Barrier can withstand up to 3000 degrees F of radiant heat and can withstand direct contact up to 800 degrees F. The product can be installed using standard rivets with a backup washer or Thermo Tec Heavy-Duty Spray Adhesive. The use of clamps or straps such as Thermo-Tec's Snap Strap can be used to hold the blanket in place for applications on manifolds or exhaust systems. In applications such as a heat shield on the undercarriage above the exhaust the material should be held in place by fasteners as described above. When used as a heat shield, the barrier is installed so the bright metallic surface faces the heat source. When used to retain heat in applications such as exhaust manifolds, the barrier is installed with the fabric side facing the heat. This allows the metallic surface to act as a barrier to prevent the penetration of liquids. In applications such as a heat shield on the undercarriage above the exhaust the material should be held in place by fasteners as described above. The product can be installed using standard rivets with a backup washer or Thermo Tec Heavy-Duty Spray Adhesive. This allows the metallic surface to act as a barrier to prevent the penetration of liquids.

Key Features

• The Thermo Tec Kevlar Heat Barrier is made from Kevlar with a Mylar finish.
• The use of clamps or straps such as Thermo-Tec's Snap Strap can be used to hold the blanket in place for applications on manifolds or exhaust systems.
• The product can be installed using standard rivets with a backup washer or Thermo Tec Heavy-Duty Spray Adhesive.
• When used to retain heat in applications such as exhaust manifolds, the barrier is installed with the fabric side facing the heat.
• The Barrier can withstand up to 3000 degrees F of radiant heat and can withstand direct contact up to 800 degrees F.
• This allows the metallic surface to act as a barrier to prevent the penetration of liquids.