A high-temperature test chamber simulates extreme heat environments to evaluate the performance of test specimens. But how does prolonged exposure to high temperatures affect these specimens? This article explains the potential impacts of high temperatures on various materials.
As a device designed to simulate temperature and humidity variations for quality and adaptability testing of products or materials, the high and low temperature alternating humidity test chamber can also be used for material stress screening and evaluating various resistances, such as heat resistance, moisture resistance, and cold resistance.
In the market, thermal shock test chambers come in two types: two-chamber and three-chamber designs. Some customers may wonder which type to choose—can they opt for a three-chamber model?
A rain test chamber (also known as a waterproof testing device or box-type rain testing system) is a core tool for testing the sealability of electronic and electrical product, home appliance, and lighting equipment enclosures. It verifies the functional reliability of products in humid environments by simulating natural rainfall, water seepage, splashing, and other environmental conditions.
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