Aging test chambers are widely used across various industries and come in many types. So, what are the different types, and what are their purposes?

Thermal shock testing chambers are used to evaluate how materials perform under rapid, extreme temperature changes (from very high to very low temperatures in seconds). These chambers are widely used in industries such as electronics, plastics, and metals to test thermal expansion and contraction effects.

How are the parameters of the sand and dust test chamber timer controller set? Here’s a guide: Today, we’ll share the detailed steps for operating the timer controller.

High and low temperature test chambers are familiar equipment in many industries. But what characteristics should a quality unit possess? In our view, the key indicators for evaluating such equipment should include

A low-temperature test chamber is designed for low-temperature testing, but can it also perform humidity tests on specimens? When purchasing this type of testing equipment, can users expect it to handle both temperature and humidity tests?

Salt spray test chambers evaluate the corrosion resistance of samples by exposing them to a corrosive salt mist, allowing comparison with other products. These tests can be categorized into three types

Proper protective measures are essential when operating a UV aging test chamber because it uses UV lamps, which can cause eye damage if not handled correctly. To prevent such risks, appropriate precautions must be taken.

What kind of refrigeration system does the 2021 thermal shock test chamber use?

In fact, waterproof testing in rain test chambers is divided into nine distinct levels. Below are the specifics of these nine levels

A constant temperature and humidity test chamber consists of multiple components, and any malfunction can disrupt testing. Previously, we discussed troubleshooting methods for other issues. Today, we focus on expansion valve failures.