Spacechina

In an era of vigorous development of artificial intelligence technology, intelligent control has become an indispensable component of rain test chambers. This technological innovation not only significantly reduces labor costs but also plays a pivotal role in improving equipment operating efficiency.

Although both thermal-shock and steady-state temperature/humidity tests fall under the umbrella of “weathering verification”, they differ fundamentally in physical modelling, control logic and safety strategy.

When test samples are exposed to low temperatures in a thermal shock test chamber, they may suffer certain adverse effects. This is because the physical properties of the materials can change under extreme cold, potentially leading to performance degradation. So, what specific impacts can occur?

The sand and dust test chamber is used to evaluate the dust resistance of objects in sandy and dusty environments. Currently, this equipment is widely applied across various fields. Today, we will focus on its application in the military industry.

As a precision testing instrument, the high-low temperature test chamber is designed to evaluate how products withstand changes in environmental temperature and humidity.