Temperature testing examines how components and systems perform in high-temperature environments. These tests assess the probability of failure due to mechanical defects, material degradation, and parameter variations.
The test method examines the durability of the product when turned off when exposed to high or low temperatures. This method also examines the functional capability of the device at extreme temperatures.
The performance of products exposed to moisture for a long time will be low. It can damage coatings, destroy fuel and disrupt electrical equipment. Humidity testing verifies how components and systems perform in environments with varying relative humidity. These tests assess the probability of failure due to water supply or frost formation, turbidity, and watertightness failure.
We consider the fragility of electronic components, liquids and explosive solids, including engine ignition and power performance in low-temperature environments and reduced audio-visuality of personnel.
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