Chinese Academy of Science

During the operation of your high/low-temperature humidity test chamber, moisture can accumulate due to temperature fluctuations. To prevent this from affecting test results, it's essential to maintain the dryness of the equipment.

Temperature shock test chambers on the market are divided into two main types. One type is the two-chamber model, which includes a high-temperature zone and a low-temperature zone.

The cold and hot shock test chamber is an effective device for detecting the performance of electronic components under rapidly changing temperature conditions. Many materials are tested using this equipment. To ensure the accuracy of the test results, it is necessary to clean the test specimens before the test chamber is operated.

After prolonged use of a temperature and humidity test chamber, certain components or systems may develop issues, such as sediment buildup in the water system. To ensure accurate test results, regular cleaning of the water system is essential.

In the aerospace, automotive, home-appliance and materials-science sectors, products must routinely undergo prolonged and repeatable exposure within the −80 °C to 0 °C range to verify functional integrity and service life under extreme cold. Nature cannot supply a continuous, controllable and stable sub-zero environment; consequently, low-temperature test chambers are employed to create an artificial cryogenic duty.