Thermal Industry

Industries such as high-performance computing and artificial intelligence large model training rely on high-performance processors. Due to the large amount of computing tasks that these processors nee

Micropumps are designed to move small amounts of fluid, such as liquids or gases, at low flow rates or volumes, and can be used in various applications that require precise and controllable small-scal

Liquid leakage in liquid cooled servers can cause various potential risks and damages. Firstly, liquid leakage may cause device short circuits, damage to equipment, and potentially trigger fires. Seco

In today's digital world, the performance of the CPU (central processing unit) is the core factor determining the performance of electronic devices. Whether it's a phone, computer, or supercom

Recently, researchers from the School of Mechanical Engineering at Virginia Tech in the United States utilized the Vapor Chamber two-phase thermal conductivity principle to develop a planar Bridging D

With the advent of the information age, the demand for big data and cloud computing is becoming increasingly strong, and the demand for network speed is also increasing. As a result, mobile communicat

Thermal management is an important issue in the development of the electronic industry. The level of thermal performance directly determines the stability and reliability of electronic product operati

There are three basic ways of heat transfer: thermal conduction, thermal convection, and thermal radiation. According to the characteristics of the heat transfer medium, the process of heat transfer c

The thermal conductivity of CPU thermal conductive silicone grease is one of the important factors affecting its heat dissipation performance. Under normal circumstances, the sufficient thermal conduc

The development of high-performance electronic system puts forward higher and higher requirements for heat dissipation capacity. The traditional thermal solution is to attach the heat exchanger to the

Thermal Heatsink is a component that cools a device by dissipating heat. It can be used for both passive cooling and active cooling systems (e.g. combined with fans). When you optimize the heatsink, d

Aluminum is a material with good thermal conductivity, so it is mostly used in the production of heatsinks. Aluminum heatsink is generally called aluminum radiator. All aluminum profiles here refer no