How is the Humidity Chamber used in the material humidity resistance test?

The constant temperature and humidity Test Chamber can be widely used in the heat and humidity resistance test of materials to test the resistance of materials in high temperature and high humidity environments.

application:

Materials are susceptible to moisture, heat, and other factors in high-temperature and high-humidity environments, resulting in degradation of material performance. The constant temperature and humidity Test Chamber can simulate this high temperature and high humidity environment for testing the resistance of materials. Specific applications include:

Test the reliability & stability of materials in high temperature and high humidity environment.

Test the physical and chemical properties of materials in high-temperature and high-humidity environments.

Evaluate the lifetime and reliability of materials.

Evaluate whether the performance and function of the material meet the specification requirements.

experiment procedure:

1. According to the requirements of the heat and humidity resistance test of the material, select a suitable constant temperature and humidity Test Chamber for testing.

2. Place the material sample in a constant temperature and humidity Test Chamber, and set the parameters of temperature and humidity. Typically, the temperature is set between 70°C and 100°C, and the humidity is set around 90%RH.

3. The material sample is exposed to a constant temperature and humidity environment for a certain period of time, usually 48 hours to 96 hours.

4. During operation, the condition of material samples, including physical and chemical properties, is regularly checked.

5. After the test, the material samples are taken out, and the performance test and analysis are carried out to evaluate whether the material's heat and humidity resistance meets the requirements.

NBCHAO reminds you: when conducting material moisture and heat resistance tests, appropriate test parameters and test time should be selected according to material requirements and specifications, so as not to cause too much interference to the accuracy and reliability of test results. At the same time, during the test process, safety operating procedures must be followed to ensure the safety of test personnel and equipment.