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.

High-temperature test chambers play a crucial role in fields such as electronics, electrical engineering, scientific research, and industrial enterprises.

If a salt spray test chamber is used for a long time without cleaning, dust will inevitably accumulate both inside and outside the equipment.

High-low temperature cycling test chambers are common and frequently used testing devices in our daily lives.

Low-temperature test chambers are primarily used to evaluate the storage capabilities and environmental adaptability of products and materials from industries such as electronics, electrical engineering, automotive, and home appliances under extremely low-temperature climatic conditions.

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.

A high and low-temperature test chamber is designed to simulate natural climatic conditions to test the high- and low-temperature resistance of products or materials under alternating temperature changes.

In the components of high and low temperature test chambers, separators are essential.

If a UV aging test chamber is not wired correctly, the equipment will not function properly. Therefore, wiring is a fundamental task.

Sand and dust test chambers primarily simulate sandstorm climates to test the dust-proof performance and IP dust-proof ratings of products and materials such as electric meters, outdoor lighting, signaling devices, automotive components, and locks.