Xenon lamp aging chamber is a kind of climate test equipment that simulates the hazards caused by sunlight, rain and dew. It uses xenon lamp to simulate the effects of sunlight exposure, and uses condensed moisture to simulate rain and dew. The tested materials are placed in a cycle program of alternating light and moisture at a certain temperature for testing, which can reproduce the hazards that occur outdoors for months or even years within a few days or weeks.
What industries is xenon lamp aging chamber suitable for?
1. Weather resistance of materials such as automotive coatings, plastic parts and rubber parts. By simulating climatic conditions in different regions, such as high temperature, low temperature, humidity, sunlight radiation, etc., researchers can evaluate the performance and service life of these materials in different environments.
2. Weather resistance and durability of coatings and building materials products. These tests can help companies understand the performance and service life of products and provide a basis for product design and development.
3. Weather resistance and reliability of housings, screens and other components of electronic products. By simulating different environmental conditions, companies can evaluate the quality and reliability of products, as well as predict the service life of products in various environments.
4. In addition, it is also suitable for light resistance, weather resistance and light aging tests of materials such as artificial boards, wooden floors, geosynthetics, agricultural films, automotive interior/exterior parts, plastic rubber, coatings, paints, leather, dyes, textiles, etc.
How to choose the xenon lamp illumination amplitude:
Light irradiance refers to the ratio of light energy irradiated on a plane. The equipment must be able to control the intensity of light irradiation to achieve the purpose of accelerating the test and reproducing the test results.
Changes in light irradiance will affect the speed of material quality deterioration, while changes in light wavelength (such as spectral energy distribution) will also affect the speed and type of material degradation. The irradiation of the equipment is equipped with a light sensing probe, also known as the solar eye, a high-precision light control system that can compensate for the decrease in light energy caused by lamp aging or any other changes in time.
Xenon lamps have the following irradiance options:
1. Full spectrum 280-800nm band, 300-1200 W/m2.
2. Ultraviolet 340nm band, 0.3-0.8W/m2.
3. Ultraviolet 300-400nm band, 30W-100W/m2.
4. 420nm band, 0.5-2.8W/m2.
Can we use one xenon lamp aging chamber to meet the above irradiance test?
The answer is yes, more detailed, please contact us.
