Peking University

To establish a standardized and quantifiable daily maintenance process, reduce unexpected downtime, extend the equipment’s economic life cycle, and guarantee the traceability of temperature and humidity values.

Water is essential for rainfall test chambers, and the choice of test water directly affects the accuracy of the test results.

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?

If you find that the circulating water pressure in your thermal shock test chamber is insufficient, how should you resolve it? To address the issue at its root and prevent recurrence, we need to promptly identify and troubleshoot the problem based on the actual situation.

When using a high-low temperature alternating damp heat test chamber, the appropriate damp heat test method should be selected based on the material characteristics and testing requirements.