Our xenon arc test chamber are designed to meet the most stringent light source testing requirements in the industry. With highly accurate light output data, they ensure the efficiency and accuracy of your laboratory tests. Each xenon arc lamp test chamber integrates modern scientific and technological advancements to help you collect reliable test results.
The xenon arc test chamber features outstandingly stable output, ensuring that the light source test can be conducted for a long time without significant deviation.
High-brightness output stability：During the long-term light source testing process, it can always maintain stable performance without obvious deviations, ensuring the accuracy and reliability of the test results.
Accurate data recording：This test box can precisely record all the data during the testing process, providing detailed and accurate basis for subsequent data analysis and research.
Suitable for multiple testing environments：Simulate the performance under different light, temperature and humidity conditions in various seasons and regions to provide a basis for product quality inspection and evaluation.
The user-friendly interface: The touch screen technology of the Derui xenon arc test chamber enables users to complete complex parameter settings, program selection, and data query operations on the screen simply by clicking, sliding and other gestures.
Customized automation program: In addition to the preset programs, users can flexibly set the parameters for each test stage through the operation interface, such as light intensity, temperature range, humidity level, light duration, and cycle period, etc.
Instant start-up response: The xenon arc test chamber is equipped with an advanced power management system, enabling the device to start up within a short period of time.
Conform to standards:
GB/T8427-1997 "Color fastness to artificial light: Xenon arc" which is ISO105-B02
GB/T8430-1997 "Color fastness to artificial weathering: Xenon arc" which is ISO105-B04
GB/T14576-1997 "Test method for color fastness of textiles to light and perspiration" AATCC16 JIS 0843,If it is necessary to test GB/T8430-1997 "Color Fastness to Artificial Weathering: Ultraviolet Radiation" or ISO105-B04, a UV accelerated aging chamber can be selected.
Features and Advantages:
Spectral Advantage:
The spectrum covers the ultraviolet, visible light, and infrared regions, enabling a more comprehensive and realistic simulation of the combined effects of sunlight on materials. This is particularly advantageous in evaluating the weather resistance of materials.
Light Intensity:
It can provide high-intensity light, accelerating the aging process of materials, shortening the testing period, and improving the efficiency of research and development and testing. Moreover, it can simulate aging scenarios under different light conditions by controlling the light intensity.
Precise Control:
It can precisely control environmental parameters such as temperature, humidity, light intensity, rainfall duration, and rainfall cycle, ensuring the stability and repeatability of test conditions and making the test results accurate and reliable.
Safety and Environmental Protection:
The air-cooled design eliminates potential safety hazards such as water leakage and corrosion that may occur in water-cooled equipment. Additionally, the equipment is usually equipped with multiple protection mechanisms such as over-temperature, over-humidity, and over-current, ensuring the safe and stable operation of the tests. Moreover, the air-cooled design offers higher energy efficiency and lower energy consumption, aligning with the concept of green environmental protection.
Installation and Maintenance:
Installation is relatively convenient, requiring no complex water piping arrangements, making it suitable for situations with limited space. Daily maintenance costs are low, and maintenance and management are relatively simple.
Xenon Chamber Application fields:
Automotive industry:
It is used to test the weather resistance of automotive exterior parts such as car paint, plastic parts, rubber parts, etc., to ensure the long-term performance of vehicles under different climatic conditions.
Aerospace field:
It can test the anti-aging ability of aircraft external materials such as wing skins and coatings, ensuring flight safety.
Building materials industry:
It is used to evaluate the durability of building materials such as coatings, glass, and plastic pipes, providing reliable basis for architectural design.
Electronics and electrical appliances: It is used to assess the reliability and lifespan of electronic components and circuit boards in outdoor-like environments.
Other fields:
It is also widely applied in industries such as plastics, rubber, coatings, textiles, cosmetics, and pharmaceuticals, helping to evaluate the aging performance of materials or products in natural environments.
Derui Environmental Test Chamber specializes in the research and development of environmental simulation technologies. Our products cover a wide range of types, featuring high precision and strong stability. From high-precision temperature and humidity control to the simulation of complex climates, we provide reliable test solutions for industries such as electronics and aerospace. Our R&D team is highly competent and continuously innovates to meet diverse customer needs and enhance product quality.
