DEI Cool Tape is a flexible and super strong self-adhesive thermal insulating tape capable of protecting up to 2000 degrees Fahrenheit of radiant heat. Made of one mil aluminized material bonded to a woven glass fiber heat resistant matting, Cool Tape is a ultra-lightweight heat reflective solution for wrapping wires, cables, hoses, fuel lines, covering seams and many other uses.
- Withstands radiant heat up to 2000°F, making it ideal for high-temperature environments where heat protection is critical for preventing component damage and performance issues.
- Constructed with 1 mil aluminized material bonded to woven glass fiber backing, combining lightweight flexibility with durable thermal resistance for long-term reliability.
- Features a strong self-adhesive backing that ensures quick, secure installation on a wide range of surfaces without the need for extra tools, clamps, or fasteners.
- Perfect for wrapping and insulating wires, cables, fuel lines, hoses, and even seams or panels, offering versatile protection in automotive, industrial, and household settings.
- Helps reduce heat soak and protect sensitive parts from thermal fatigue, contributing to improved safety, efficiency, and longevity of components in demanding applications.
- Withstands radiant heat up to 2000°F, making it ideal for high-temperature environments where heat protection is critical for preventing component damage and performance issues.
- Constructed with 1 mil aluminized material bonded to woven glass fiber backing, combining lightweight flexibility with durable thermal resistance for long-term reliability.
- Features a strong self-adhesive backing that ensures quick, secure installation on a wide range of surfaces without the need for extra tools, clamps, or fasteners.
- Perfect for wrapping and insulating wires, cables, fuel lines, hoses, and even seams or panels, offering versatile protection in automotive, industrial, and household settings.
- Helps reduce heat soak and protect sensitive parts from thermal fatigue, contributing to improved safety, efficiency, and longevity of components in demanding applications.
