Thermal conductive materials for mobile phones usually refer to organic silicon materials with high thermal conductivity, which have excellent heat resistance, cold resistance, and thermal conductivity

Thermal conductive materials for mobile phones are materials used for heat dissipation. These materials are typically manufactured using various types of plastic, silicone, metal, and solid fillers. These materials can help phones effectively dissipate heat and lower their temperature.

The main function of thermal conductive materials for mobile phones is to help dissipate heat. When a mobile phone is running, it generates a large amount of heat, causing the temperature of the phone to rise. The use of thermal conductive materials for mobile phones can effectively reduce their temperature, thereby extending their lifespan.

Thermal conductive materials for mobile phones usually refer to organic silicon materials with high thermal conductivity, which have excellent heat resistance, cold resistance, and thermal conductivity. These materials are usually used for the heat dissipation and heating elements of mobile phones.

Common silicone materials used in thermal conductive materials for mobile phones include:

1. Organic silicon resin: This is a commonly used thermal conductive material for mobile phones, with good insulation and heat resistance.

2. Silicone adhesive: This is a common thermal conductive material for mobile phones, with high thermal conductivity and low temperature resistance.

3. Thermal conductive alloy: This is a special mobile phone thermal conductive material that contains metal particles and fillers such as aluminum, copper, and titanium.

These types of silicone materials play an important role in mobile phone heat dissipation, effectively improving heat dissipation efficiency, reducing the temperature of the phone, and extending its service life.

What are the thermal conductive materials that can be used in mobile phones?

Recommended thermal conductive silicone grease - WT5932-30P; WT5932-30D series

The advantage is high thermal conductivity; Low temperature sensitivity, no thickening at low temperatures, no thinning at high temperatures; Due to its paste like structure, it can fully fill the gap between the heat sink and the heating element.

However, it should be noted that the application should be uniform and not too thick or too thin, so there are requirements for the operation technique.

Recommended thermal conductive silicone film - WT5912-H20-55; WT5912-H25-40 ； WT5902-D40-40 ； WT5902-D45-40

The WT5912 series, besides having the advantage of thermal conductive silicon film, the most eye-catching feature is its elongation rate, which exceeds 300%. What is the significance of this data? This means that this series of thermal conductive silicone has high toughness and ductility, which can effectively absorb shock, tightly adhere to complex or irregular surfaces, and is not easy to tear, etc. It can be said that the performance is very excellent.

WT5902 not only inherits good toughness and ductility, but also has a higher thermal conductivity.