It simulates the real natural environment and tests the effects of ultraviolet light, visible light and some infrared light on products. For example: aging changes produced by products under sunlight. Including light, heat, humidity and other multiple environmental factors, product performance changes.
Through the xenon lamp aging test chamber, in a short period of time to achieve the aging effect of the product months or years later.
The testing steps are as follows:
1. Prepare the samples to be tested.
2. Turn on the power to make sure that the xenon lamp aging test chamber is running normally.
3. Put the sample inside the xenon lamp aging test chamber.
4. Set up the test program according to your test requirements.
5. Set the test parameters: temperature, humidity, xenon light irradiation intensity and test time.
6. Start the test chamber and carry out the aging test on the material or product.
7. Monitor the changes of the sample during the test and record the test data.
Aibo xenon lamp aging test chamber has: full-spectrum simulation, precise control of the environment, automated operation and monitoring, and safety measures.
How to choose the right xenon aging tester according to the material?
- Depending on the type and size of the sample to be tested. Different samples require different light intensity, temperature and humidity conditions.
- Light intensity range. Light conditions can vary in different environments. Selection can be based on material properties and test standards.
- Ability to control temperature and humidity accuracy.
- Be able to control the accuracy of temperature and humidity. Have the function of automatic adjustment of irradiance.
- The size of the xenon aging tester should be large enough to accommodate the samples to be tested.
- The light source of the xenon lamp aging test chamber should be able to simulate the full spectrum of sunlight, including UV, visible and infrared light.
- The temperature range should cover the minimum and maximum ambient temperatures of the material.
- A humidity range that simulates different humid environments.
- Light cycles to be able to set different light cycles.
- Control system to be able to accurately control the parameters of temperature, humidity and light in the test chamber.