Heat pipe is the use of evaporative refrigeration effect, because of the temperature difference between the two ends, so that the heat conduction quickly. The heat pipe is divided into two parts: the evaporating heating end and the condensing end. When the heated end starts to be heated, the liquid around the tube wall will vaporize instantaneously and generate steam. At this time, the pressure of this part will increase and the steam flow will flow to the condensing end under the traction of the pressure. When the vapor flow reaches the condensing end, it condenses into a liquid, at the same time, it also gives off a lot of heat, and finally returns to the heated end of evaporation with the help of capillary force and gravity to complete a cycle.
Heat pipe is a new heat transfer element with high thermal conductivity. It transfers heat through the evaporation and condensation of the liquid in the fully closed vacuum tube. It uses the fluid principle such as siphoning to play a good cooling effect. It has the characteristics of high thermal conductivity, good isotherm, heat transfer area on both sides of cold and hot can be changed arbitrarily, heat transfer can be conducted from a distance, and the temperature can be controlled.
Heat pipe heat dissipation has the following advantages:
● Heat pipe heat dissipation technology has the advantages of good heat dissipation effect, relatively small thermal resistance, long service life and fast heat transfer. The thermal conductivity of heat pipe is more than 100 times that of ordinary metal;
● The direction of heat transfer is reversible, and either end can become the evaporation end and condensation end;
● Excellent thermal responsiveness. The vaporized steam in the heat pipe can be transmitted at a speed close to the sound speed, thereby effectively improving the heat conduction effect;
● Simple and compact structure, light weight, small volume and convenient maintenance;
● No power consumption, no noise, in line with the industrial "green" requirements;
● It can be used in the environment without gravity field.
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Radiator / Heat sink / Ultrathin heat pipe / Vapor Chamber / Liquid cooling plate
Requirement Communication
ONE
Determine solution
TWO
Concluding a contract
THREE
Down payment
FOUR
Proofing and validation
FIVE
Mass production processing
SIX
QC & QA
SEVEN
Logistics distribution
EIGHT
Customer satisfaction acceptance
NINE
Customer service
TEN
