With the development of the industry, the industrial robot market is rapidly expanding. The controller is a crucial component of industrial robots, as it directs the robot's movements and operations based on instructions. The controller's performance significantly influences the robot's overall capabilities. Inside the controller, there are high-power devices that generate substantial heat during operation, making effective cooling vital for ensuring product reliability.

The chips and power devices inside the controller produce a significant amount of heat during operation. Typically, heat sinks are used to dissipate the heat from the power devices. To ensure excellent and sufficient surface contact between the devices and heat sinks, thermal interface materials are applied to minimize the thermal resistance.

Commonly used thermal interface materials include thermal grease (Tgrease2500/880), thermal putty (Tputty508/607), and thermal pads (HD700/HR600). These materials facilitate rapid heat dissipation from the industrial robot, ensuring continuous and stable operation even in high-temperature environments.

SEANTEC's thermal interface materials offer excellent thermal conductivity, helping industrial robot controller manufacturers maintain stable surface temperatures under high loads. These materials also exhibit high-temperature resistance, corrosion resistance, and oxidation resistance, ensuring the robot's long-term performance and reliability. Additionally, their ease of processing and installation shortens production cycles and reduces manufacturing costs.

There is a wide variety of thermal interface materials available for industrial robot cooling, and the choice of material depends on the specific robot and application scenario. Factors to consider when selecting thermal interface materials include the robot's operating environment, temperature, humidity, as well as the materials of the heat sink and heat dissipating elements.