We all know that in the field of smartphones, the improvement of chip performance has brought about the problem of heating. When playing large games or watching videos for a long time, the chip will generate a lot of heat. If the heat is not dissipated in time, the phone will become hot, the performance will decline, and there will be jamming, frame drops, etc.

The Volsun silicone thermal pad is installed between the chip and the back shell, and conducts heat to the back shell like a thermal bridge, and uses the back shell's large heat dissipation area to dissipate it, ensuring the smooth operation of the phone.
 
When a laptop runs large software or multitasks, core components such as the CPU and GPU will generate a lot of heat. Poor heat dissipation will cause the core components to overheat, reduce the frequency, and reduce computer performance. Volsun silicone thermal pads are installed between the core components and the heat dissipation copper tube to quickly transfer heat to the copper tube, and then discharge it through the heat dissipation fins and fans, so that the computer can operate normally under complex workloads.

When the LED lamp is working, part of the electrical energy is converted into heat energy. Poor heat dissipation will reduce the luminous efficiency and accelerate chip aging. Volsun silicone thermal pads are installed between the LED chip and the heat dissipation substrate. Using its flexibility and close fit, the heat is transferred to the outer shell to achieve air convection heat dissipation, ensure the stable light emission of LED lamps, extend the service life, and are suitable for indoor and outdoor lighting.
 
Thyristors in the field of power electronics are widely used in motor speed regulation, electric welding machines and other equipment. When working, due to large current and large on-resistance, a lot of heat is generated. Heat accumulation can easily damage the thyristor and cause equipment failure. Volsun silicone thermal pads are installed between the thyristor and the radiator to tightly fill the small gap to achieve efficient heat transfer, ensure the stable operation of the thyristor, and maintain the normal operation of the equipment.
 
The environment in the industrial control field is complex, and the electronic components of automation equipment have high requirements for heat dissipation. Take the CNC machine tool control system as an example. When the machine tool runs at high speed, the electronic components will heat up, and there will be harsh working conditions such as vibration, temperature and humidity changes.

Volsun silicone thermal pads fit the control chip, which can not only dissipate heat, but also cope with vibration with flexibility and shock resistance, ensuring the precise operation of the control system and improving production efficiency and product quality.

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