Why Use Graphite Thermal Conductive Foil for AI Glasses?

Graphite thermal conductive foil, which has high thermal conductivity and flexibility, effectively adheres to the internal structure of glasses to achieve rapid heat dissipation of chips.

Integrating graphite heat dissipation foil layer, utilizing its ultra-high thermal conductivity to dissipate SoC chip heat, while ensuring a lightweight frame (with a total weight of approximately 45 grams).

Supporting graphite heat dissipation foil to solve the heat accumulation problem of high computing power chips, optimizing the heat conduction path through three-dimensional out of structure.

Application effect: Ensuring long-term stability under lightweight design (some models weigh less than 80 grams), avoiding performance degradation caused by overheating; The heat dissipation scheme supports continuous multitasking processing (such as real-time translation and shooting) and controllable surface temperature; The overall power consumption of the machine is less than 1W, and the temperature rise after continuous use for 3 hours is significantly lower than the industry average.

The main reasons for using graphite heat dissipation foil in AI glasses are as follows:

1. High thermal conductivity

Graphite has extremely high thermal conductivity and is currently one of the best materials known for its thermal conductivity. It can quickly dissipate the heat generated during the operation of AI glasses, effectively reducing the temperature of heating components such as chips, ensuring stable performance of AI glasses, and preventing problems such as lagging, crashing, and even hardware damage caused by overheating.

2. Good flexibility

Graphite heat dissipation foil has good flexibility and can be bent, folded, and adhered according to the complex structure and inside AI glasses. It can better adapt to the shape and size of the glasses, closely contact with the heat source, and thus improve heat dissipation efficiency.

3. Thin and light

The graphite heat dissipation foil is very thin and lightweight, which does not add too much extra burden to AI glasses, ensuring the comfort and portability of wearing glasses, and meeting people's demand for lightweight and compact smart glasses.

4. Strong stability

Graphite has stable chemical properties at room temperature, is not easily oxidized or corroded, and has a long service life. It can continuously and stably play a role in heat dissipation during the long-term use of AI glasses, reducing the trouble of frequent replacement due to aging or failure of heat dissipation materials.

5. High security

Graphite itself has good biocompatibility and safety, and is harmless to the human body. Even when wearing AI glasses for a long time, it will not have adverse effects on human skin and eyes, ensuring the safety of users' use.