The cold and hot shock test chamber is an effective device for detecting the performance of electronic components under rapidly changing temperature conditions. Many materials are tested using this equipment. To ensure the accuracy of the test results, it is necessary to clean the test specimens before the test chamber is operated.

Most metal corrosion occurs in the atmospheric environment, which contains corrosive components and factors such as oxygen, humidity, temperature changes, and pollutants. Salt spray corrosion is a common and highly destructive form of atmospheric corrosion.

How can you make your UV aging test chamber perform more stably? In fact, proper daily maintenance and avoiding equipment malfunctions are key. There are many factors to consider during regular use. Today, we will introduce several common points to ensure stable performance.

High and Low Temperature Test Chambers are widely used in industrial and scientific research fields to simulate and test the performance and reliability of products under extreme temperature conditions. They expose materials, components, and finished products to extremely cold or hot environments to ensure their reliability and stability in real-world applications.

If your salt spray test chamber experiences spray failure, the issue may be a clogged nozzle. So, how should you handle nozzle clogging? Here’s a clever trick from our experts—a simple guide on how to resolve nozzle blockages in testing equipment.

To ensure relatively accurate test results from a rain test chamber, there are several key points to pay attention to. Below, we outline these precautions for your reference.

Chongqing Chuanyi Microcircuit Co., Ltd. (referred to as Chuanyi Micro) was established in 2002 and is a state-owned enterprise under the China Four United Group.

The performance of the compressor in a high-low temperature alternating test chamber directly affects the efficiency of the equipment and the test results. Therefore, customers should choose a high-quality compressor to enhance the device's performance. So, how can you determine whether the compressor in the test equipment is good or bad?

If an aging test chamber generates static electricity, it can not only affect the test results but may also cause malfunctions or even fires. So, how can we ensure that the test equipment remains free of static electricity?

Some may consider the cleaning of high and low-temperature test chambers a minor issue and not take it seriously. However, proper cleaning can improve equipment efficiency, reduce failure rates, and lower operational costs. This article emphasizes the importance of this task and provides a brief guide on cleaning procedures.