The rain test chamber is mainly used to inspect and evaluate the exterior lighting and other devices' casings, as well as the sealing of parts in the automotive industry.

The temperature shock test chamber, also known as the cold and hot shock test chamber, is mainly used to test the degree to which materials or composite materials can withstand the instantaneous exposure to extremely high and extremely low temperatures in a continuous environment.

The constant temperature and humidity test chamber may seem simple, but its principles are actually quite complex.

The high and low temperature test chamber is equipped with an original imported thin-film button-type human-machine interface temperature controller

The high and low temperature alternating test chamber is a device used to simulate extreme temperature environments for product testing. It is widely used in fields such as electronics, automotive, and aerospace.

The high and low temperature low pressure test chamber reduces the air pressure in the environment to simulate low-pressure conditions such as high altitude, high latitude, and space, for testing and verifying products.

The salt spray corrosion test chamber is a device used to evaluate the corrosion resistance of products under harsh environmental conditions. In certain applications, products may be exposed to environments containing salt-laden moisture, such as marine environments or chemical corrosion in industrial settings.

The high and low temperature alternating humidity test chamber is an important tool to achieve this goal.

The ozone concentration in an ozone aging test chamber depends on the required ozone concentration for the test and the performance of the equipment.

The high-low temperature shock test chamber (also known as the constant temperature shock test chamber) is an experimental device used to test the performance of samples under high and low-temperature conditions.