Polymer New Material Sunlight Aging Test Chamber, also known as xenon lamp testing equipment or xenon lamp aging equipment, is an important testing device. It uses xenon lamps that can simulate the full solar spectrum to reproduce destructive light waves present in different environments, and conducts simulations and accelerated tests through key climatic factors such as light energy, temperature, and humidity to evaluate the weather resistance of materials under sunlight exposure. Its core component is the xenon arc lamp, which can simulate the full solar spectrum and reproduce destructive light waves found in various environments.

Function and Application: It can simulate various environmental conditions, such as high temperature, low temperature, dryness, humidity, etc., to verify the tolerance, performance changes, and degree of chemical and physical deterioration of the tested objects.

Evaluating Material Performance: It can conduct long-term and short-term aging tests on polymer new materials, etc., to evaluate their durability, stability, reliability, and other performance aspects, further determining the reliability and lifespan of products.

Technical Parameters (Taking a Specific Model as an Example)

Model: AP-XD-216 (Air-cooled type, simulating light transmitted through window glass).

Power Supply: AC 380V/50Hz, total power 12KW.

Xenon Lamp Power: 1.8KW (Air-cooled full solar spectrum long-arc xenon lamp), xenon lamp tube is a domestically produced tube that has passed inspection (lifespan 1200 hours).

Xenon Lamp Radiation Intensity: Irradiance at 340NM wavelength is 0.55W/m2.

Trigger Power: 2KW, operating voltage AC 220V, current 25±3A.

Test Black Panel Temperature: Adjustable from 50°C to 80°C.

Temperature Uniformity: ≤±2°C.

Humidity Range: 55%RH to 90%RH.

Distance from Arc Center to Sample: 250~300mm.

Working Chamber Dimensions: 600×600×600mm (Width × Depth × Height).

IV. Polymer New Material Sunlight Aging Test Chamber Structure and Configuration

Integrated Structure: Composed of the test chamber, heating/lighting system, and electrical control.

Chamber Material: The outer shell is made of high-quality A3 steel plate processed by CNC machine tools, with the surface treated with phosphating and spray coating for a cleaner and more aesthetic appearance.

Door: Silicone rubber tight-sealing device.

Sample Rack: Made entirely of stainless steel, with adjustable sample fixation positions and standard stamped sample plates.

Controller: Programmable touch screen controller.

Other Configurations: Special long-shaft motor, equipment operation sequence controller, black panel thermometer BPT or black standard thermometer BST, special filter (for light transmitted through window glass), etc.

V. Operation and Precautions

Operation: Place the objects to be treated on the shelves inside the chamber, connect the power supply, set the internal temperature, and after the instrument completes its work, turn off the power and remove the objects.

Precautions: During operation, it is necessary to pay attention to ** to avoid accidents such as **.

Applications

Research and Product Development: Provides corresponding environmental simulation and accelerated aging tests for research, product development, and quality control.

Material Selection and Improvement: Can be used for the selection of new materials, improvement of existing materials, or evaluation of changes in durability after alterations in material formulation, etc.

Multi-field Applications: Suitable for numerous fields such as plastics, rubber, paints, coatings, inks, paper, pharmaceuticals, food, cosmetics, textiles, automotive parts, packaging materials, building materials, etc.