With the rapid development of industrial production, temperature and humidity test chambers have become essential equipment for simulating external climatic conditions.

When a company changes its production location and needs to relocate a thermal shock test chamber, the following precautions must be taken to minimize potential damage to the equipment.

Mastering the methods to troubleshoot low-temperature test chambers allows for timely repairs, ensuring the equipment can quickly resume normal operation. Below, we share some common faults and their solutions.

Rain test chambers are used to evaluate the waterproofing parameters and performance of automotive components, low-voltage electrical enclosures, and other products. These devices simulate relevant environmental conditions for testing.

During the daily use of high and low temperature test c […]

With rapid economic growth and continuous technological advancements, the scientific and technological sophistication of temperature & humidity cycling test chambers has been steadily increasing.

Previously, we have discussed many technical aspects of temperature cycling test chambers. Today, we will share methods for detecting leaks in these chambers. Specifically, there are four main approaches to check for leaks.

Why do so many industries rely on salt spray test chambers? Because many manufactured products need to be tested for their resistance to salt spray corrosion. However, relying solely on natural atmospheric conditions for testing could take years or even decades.

An aging test chamber does not refer to a single device but encompasses various testing methods, including xenon lamp aging tests, UV aging tests, high-temperature aging tests, air-exchange aging tests, and salt spray corrosion aging tests.

Analysis of Fault Alarm Principles in Constant Temperature and Humidity Chambers