The xenon lamp aging test chamber is an artificial climate chamber capable of simulating sunlight exposure. The radiation energy in the device is provided by an air-cooled, single-tube advanced xenon lamp that produces twice the sun's radiation level. Irradiance is proportional to the light energy that falls on the sample. An environmental test box must be able to control irradiance if it is to obtain accurate and reproducible test results. Irradiance control: xenon lamp aging test chamber in each test. Provides continuous measurement and control of irradiance, Through a closed loop narrowband irradiance sensing control system, the aging process of xenon lamp and UV filter is constantly corrected. The xenon lamp is focused on a parabolic reflector, so that the uniformity of irradiation can be ensured without turning the sample plate. Temperature control: the effect of temperature on the aging of materials is also a very important factor in the end use environment. The heat in the natural environment comes from the infrared light in the sun. Objects are always exposed to direct sunlight at temperatures higher than their surroundings. The samples tested are placed in the xenon lamp aging chamber to simulate the same way of exposure as the sun's rays. The radiation heat of xenon lamp can be continuously controlled and monitored by using black standard thermometer BST.The thermometer is placed near the sample plate.
    Because the temperature will accelerate the aging of the material, it is necessary to control the temperature of the sample in the process of irradiation. The best effect of simulating sunlight can be achieved by the combination of xenon lamp and filter piece.
    Xenon lamp irradiates the artificial climate test chamber, can simulate the outdoor real natural climate condition.
    In order to accelerate the experimental process, it is necessary to simulate the solar ray realistically. The air-cooled xenon lamp in the test chamber can not only produce ultraviolet light, but also simulate all the spectral components of the sun.
Products meet standards:
1. Accord with ISO standard;
2. The calibration of temperature and radiance, as well as the calibration of radiometers, may be carried out in accordance with official national laboratory standards;
3. The calibration procedure of the sensor can be quickly recalibrated.
Reference criteria:
    The test conditions are in accordance with the following standards: ASTM ISO SAEN CENU DINBSUNI and other international standards used in different fields.
Scope of application of instruments:
    Plastics, paper, textile materials, food, paint, ink, cosmetics, building materials, electronic components, pharmaceuticals, etc.