Feature

●[HIGH CONDUCTIVITY GRAPHITE FILM] - Features a unique grain orientation and uniform heat conduction in two directions, providing excellent heat dissipation and thermal isolation.
●[SUPERIOR PERFORMANCE] - Enhances the performance of consumer electronics by evenly dissipating heat and shielding heat source and components.
●[EXTREMELY THIN AND LIGHTWEIGHT] - Weighs only 1.0-1.9g/cm³, making it easy to cut and bend without cracking or breaking.
●[VERSATILE DESIGN] - The can be combined with other materials to meet various design functions and needs.
●[WIDE APPLICATIONS] - Ideal for smart electronic products including mobile phones, notebooks, cameras, LCD-TVs, communication devices, LEDs, and more.


Description

[HIGH CONDUCTIVITY GRAPHITE FILM] - Features a unique grain orientation and uniform heat conduction in two directions, providing excellent heat dissipation and thermal isolation.
[SUPERIOR PERFORMANCE] - Enhances the performance of consumer electronics by evenly dissipating heat and shielding heat source and components.
[EXTREMELY THIN AND LIGHTWEIGHT] - Weighs only 1.0-1.9g/cm³, making it easy to cut and bend without cracking or breaking.
[VERSATILE DESIGN] - The can be combined with other materials to meet various design functions and needs.
[WIDE APPLICATIONS] - Ideal for smart electronic products including mobile phones, notebooks, cameras, LCD-TVs, communication devices, LEDs, and more.

Spec:
Item Type:Graphite Film
Heat Conductivity:1600W/(M-K)
Density:1.0-1.9g/cm³
Size:100 x 200 x 0.07mm / 3.94 x 7.87 x 0in

Package List:
1 x Graphite Film

Note:
1. Do not use more than the temperature range specified by each model.2. The heat conductive graphite film is soft and easy to break. Do not rub or touch with hard objects. Do not rub or contact the heat conductive graphite film with hard objects.3. If the thermal graphite is wrinkled or bent, its thermal conductivity will affect its thermal conductivity.4. Avoid use in an acid environment. Do not use it when it is in contact with iron at temperatures above 400 °C or when exposed to air.5. The thermal conductivity of the thermally conductive graphite film varies depending on the method of use. Please confirm whether the thermal graphite is suitable for use before testing.