high temperature thermal shock chamber
for high temperatures
Min.: -55 °C (-67 °F)
Max.: 150 °C (302 °F)
Two Zone Thermal Shock Test Chamber Briefly introduction:
Thermal Shock Test Chamber system structure can be divided into two parts. Namely, high temperature tank (preheating zone), cryogenic tank (pre-cooling zone).
Two Zone Thermal Shock Test Chamber Testing principle
Thermal Shock Chamber Testing principle mainly through controlling the portable basket (test samples District) to quickly move between cryogenic tank and high temperature tank to achieve rapid thermal shock test. The whole testing process test samples along with mobile gondola to move together. The test chaber is suitable for the examination of the whole set of products, components, parts and materials subjected to rapid changes in temperature. The temperature impact test chamber are used in a shortest time to evaluate the test samples due to thermal expansion and contraction caused by the changes of chemical or physical damage.
The thermal shock test chamber is suitable for testing equipment for solar photovoltaic modules, batteries, automotive parts, LED optoelectronics, semiconductors, aerospace, automobiles, home appliances, scientific research, etc., for testing and determining electrical, electronic and other products and materials. Parameters and performance of temperature and environmental impact changes in high and low temperature tests.
For aerospace, aviation, electronics, automotive, battery and other products and quality inspection institutes, research institutes, universities and other testing agency, provide virtual space to simulate the real environment, verify product inspection, research and development results, test chamber is to shorten the development cycle