Industrial computer is a computer designed for industrial control, which is used to monitor and control the machinery and equipment, production process, data parameters, etc. used in the production process. Industrial computers often operate in harsh environments, and have higher requirements for data security, so industrial computers are usually specially designed for reinforcement, dustproof, moisture-proof, corrosion-proof, and radiation-proof.

The industrial computer is the core equipment of the industrial control system, and the industrial computer will generate a lot of heat when it is running, which will lead to a high operating temperature if it is not dissipated in time. If the heat dissipation problem is not well solved, it cannot ensure the uninterrupted and stable operation of the industrial computer for a long time, which is easy to make the industrial computer crash and other faults, resulting in reduced work efficiency.

The controller is the core component of the industrial robot, the robot moves and works through the instructions of the controller, and the controller determines the performance of the robot. There are many high-power power devices inside the controller, and these high-power devices will generate a lot of heat during use, and the heat dissipation of the product has a crucial impact on the reliability of the product. The internal chip and power device of the controller will generate a lot of heat during use. A heat sink is typically used to dissipate heat from a power device. During the use of the heat sink, in order to ensure that the device and the heat sink have good and sufficient surface contact, it is necessary to add thermal interface materials between them to make the contact thermal resistance as low as possible.

Due to the design life and use scenarios of industrial control power supply, it will make super design and protection for insulation, waterproof, and vibration-proof, and these processes will increase the temperature, so good thermal conductive materials are needed to conduct the temperature and prevent the power device from working at high temperatures, so as to ensure the design life and safety performance of the product.

2-4W/m·K Thermal Conductive Gel: Thermal Conductive Gel is a soft silicone resin thermally conductive gap filling material with excellent self-adhesive properties, easy handling, reusable and other properties.

2-4W/m·K Thermal Pads: Compressible, soft and elastic, cushioning and shockproof for applications under low pressure.

1~3W/m·K Thermally Conductive Encapsulant: It has thermal stability, thermal shock resistance, and excellent electrical insulation.