Spacechina

High and low temperature alternating test chambers actually come in various structural designs. No device is perfect, but each has its own set of advantages and disadvantages. Today, I will review the pros and cons of four different structural designs of these test chambers.

A low-temperature test chamber is designed for low-temperature testing, but can it also perform humidity tests on specimens? When purchasing this type of testing equipment, can users expect it to handle both temperature and humidity tests?

The non-uniform distribution of temperature and humidity in a constant temperature and humidity test chamber can affect the final results and lead to errors.

The thermal shock test chamber is a cornerstone of environmental-reliability testing. Within tens of seconds it transfers specimens between extreme high- and low-temperature zones, revealing mechanical stress, electrical degradation, and chemical instability induced by rapid thermal expansion and contraction.

When conducting tests with a sand and dust test chamber, there are primarily three processes involved. Some clients may not be familiar with these processes during initial consultations. Today, we will introduce these three processes and their corresponding temperature and humidity requirements.