The high-low temperature thermal shock Test Chamber is used to test the resistance of composite materials and material structures in the continuous environment of instantaneous high temperature and extremely low temperature, that is, to test the chemical changes or physical damage caused by thermal expansion and contraction in the shortest time. Applicable objects include metal, plastic, rubber, electronics and other materials, which can be used as the basis or reference for product improvement.
The cooling methods of high-low Temperature Test Chambers are divided into water cooling and air cooling; so when you choose, will you be confused? Which cooling method is right for you? Should I choose water cooling or air cooling? Which cooling method is better?
1. The area of the thermal shock chamber
As far as CHINA is concerned, the weather in the south is hot and the temperature is relatively high. The heat is carried away by the water to achieve the effect of cooling. Therefore, water-cooled units are usually used; the weather in the north is cold and the temperature is low. For heat dissipation, air cooling is usually used.
2. Installation site of thermal shock chamber
The water-cooled cooling method of the thermal shock chamber needs to be installed with water cooling, so there are requirements on the site; the air-cooled cooling method does not require too much space, as long as the laboratory is ventilated, the room temperature should not be too high.
A basic summary: the water cooling and air cooling effects of high-low temperature thermal shock Test Chambers are used for heat dissipation and cooling, but the media used are different and the heat dissipation methods are also different. There is no difference between good and bad. Users finally choose air cooling or water cooling, mainly according to your actual situation.
