Xenon Lamp Aging Test Chamber for 300~400nm

300~400nm Xenon Lamp Aging Test Chamber is a comprehensive climate testing device. The following is a detailed introduction:

I. Working Principle

This test chamber uses a xenon arc lamp that can simulate the full solar spectrum as the light source to reproduce destructive light waves present in different environments. By simulating the artificial light spectrum of sunlight passing through glass, it conducts light resistance tests on polymer materials. At the same time, combined with climatic conditions such as temperature and humidity control, it accelerates the simulation of the material aging process.

II. Main Applications

Material Aging Testing: By simulating the ultraviolet and visible light emitted by the xenon lamp, it assesses the durability and lifespan of materials under prolonged exposure. It can test aging issues such as color changes, surface cracking, and strength reduction.

Product Performance Evaluation: It enables comprehensive performance evaluation of products. For example, in the automotive industry, it can perform aging tests on external plastic parts to assess their weather resistance and durability.

New Material Development: For new materials under development, the xenon lamp aging test chamber helps researchers understand the material's performance under light exposure, allowing timely adjustments to material formulations or processing techniques to improve quality and stability.

Quality Control: The xenon lamp aging test chamber can be used for quality control to ensure the durability and stability of products under normal usage conditions. By conducting aging tests, it tracks and monitors product performance changes, enabling timely adjustments and improvements.

III. Structural Features

Light Source System: Uses high-pressure xenon lamps as the light source to simulate the ultraviolet, visible, and infrared spectra of sunlight. Equipped with filtering devices (such as UV filters), it can adjust the light spectrum to meet different testing needs.

Temperature and Humidity Control System: Features temperature and humidity control systems to simulate changes in temperature and humidity under various environments, further accelerating the material aging process.

Sample Holder: Used to secure and place test samples, ensuring uniform exposure to xenon lamp radiation.

Monitoring and Data Acquisition System: Modern xenon lamp aging test chambers are typically equipped with digital control panels, monitoring devices, and sensors to record data such as light intensity, temperature, humidity, and sample status in real time. Some chambers also include automatic data analysis systems to generate test reports.

IV. Applicable Scope

Suitable for aging tests on a wide range of materials, including plastics, rubber, paints, coatings, inks, paper, food, cosmetics, textiles, automotive parts, packaging materials, building materials, and electronic and electrical products.

V. Technical Specifications (Example)

Internal Chamber Dimensions: W800mm × H800mm × D800mm

Light Source Irradiance: Adjustable within the 300~400nm wavelength range

Temperature and Humidity Range: Temperature typically 50°C to 80°C, humidity 20%~98% RH (specific ranges may vary by model)

VI. Precautions

Before use, carefully inspect all components of the test chamber to ensure proper operation.

Set parameters such as light intensity, temperature, and humidity appropriately according to testing requirements.

During testing, regularly observe and record changes in samples to promptly identify and address issues.

After testing, clean the interior of the chamber promptly to maintain cleanliness.

In summary, the 300~400nm Xenon Lamp Aging Test Chamber is a powerful and widely applicable aging testing device. It helps companies and researchers better understand material performance under light exposure, providing strong support for product quality control and new material development.