The salt spray test chamber currently has four types of testing methods.

A high-temperature test chamber is equipped with a specialized sealing system, which primarily functions to seal the test chamber door.

The primary function of a high and low-temperature alternating test chamber is to assess the adaptability of product materials under various climatic conditions.

Choosing a high-quality low-temperature test chamber can provide better assurance and save on maintenance costs in the long run. With so many manufacturers of low-temperature test chambers available, how should you correctly select the right model?

The refrigeration system is a crucial component of a high and low-temperature humidity test chamber, and its normal operation is vital for the accuracy of test results. Here are some simple methods to help you determine whether the refrigeration system is working properly。

Cold and hot shock test chambers utilize high-temperature and low-temperature zones during testing. In the testing process, two-box models involve placing the test product in high and low-temperature zones for cyclic exposure, while three-box models involve blowing high- and low-temperature gases onto the product alternately.

To ensure accurate results from a salt spray test chamber, there are specific standards and requirements for placing items inside the chamber.

Constant temperature and humidity test chambers may experience malfunctions during use due to improper operation or lack of timely maintenance.

High and low temperature test chambers are designed to simulate natural climatic conditions to test the high- and low-temperature endurance of products or materials under alternating temperature changes.

Safety for any test chamber is very important, now the equipment are set up to protect the measures, in addition to these self-protection warning, in the usual use of equipment in the process also need to pay attention to the following points.