Unlocking UAV heat dissipation problem: ZIITEK provides numbers of thermal interface materials escort

In the broad blueprint of UAV, behind every high flight, there is hidden the endless pursuit of heat dissipation technology. With the continuous improvement of UAV performance, the heat value of its internal components also surges, and the heat dissipation problem has become a key factor restricting the performance and life of UAV.

We ZIITEK company have carefully developed a number of thermal interface materials, aiming to provide heat dissipation guarantee for UAV in all aspects through heat conduction and heat dissipation. With good thermal conductivity and good thermal stability, these materials can quickly conduct the heat generated inside the UAV to the heat dissipation system, effectively reduce the temperature of components, and ensure that the UAV can maintain good performance in long and high-intensity flight. The following is a detailed introduction of several Zhaoke thermal interface materials in the application of UAV heat dissipation:

Thermal conductive pad

Features: High thermal conductivity (1.2W -- 25W/mK), can quickly transfer heat from the heat source to the heat sink or radiator. Low thermal resistance, high flexibility, can closely fit the surface of complex components inside the UAV, reduce thermal resistance. It has good insulation performance and high and low temperature resistance, ensuring that the UAV can operate stably in various environments.
Application: It can be used to fill the gap between the motor, battery and control panel of UAV to improve the heat conduction efficiency. It is suitable for heat conduction between the heat sink and the motherboard of the UAV, ensuring that the heat can be quickly distributed to the external environment.

Thermal conductive silicone grease

Characteristics: Low thermal resistance, can fully wet the contact surface, forming a very low thermal resistance interface. It has good mobility and stability, and can maintain stable heat dissipation effect during long-term operation of the UAV.
Application: It is suitable for heat conduction between high heat sources such as CPU and GPU inside UAV and heat sink. In the miniaturization and lightweight design of UAV, thermal conductive silicone grease can provide a more flexible heat dissipation scheme.

Thermal conductive gel

Properties: Thermal conductivity between thermal silicone sheet and thermal silicone grease, with high thermal conductivity (1.5~5.0W/mK). Two-component material, easy to store and use, curing time and thickness can be adjusted according to actual needs. Excellent high and low temperature mechanical properties and chemical stability ensure that the UAV can operate stably in various environments.
Application: It is suitable for the situation where the internal space of UAV is limited and the heat dissipation effect needs to be carefully controlled. It can be used to fill the small gap inside the UAV and improve the overall heat dissipation performance.