疝灯老化箱

Xenon Arc Weathering Tester, also known as a xenon lamp aging chamber, is an environmental testing device used to simulate natural conditions (such as light, temperature, humidity, etc.) to test the weather resistance and durability of materials and products. It is widely applied in scientific research, product development, and quality control. Below is a detailed introduction to the xenon lamp aging chamber:

Core Functions and Principles

Light Source Simulation

Utilizes a full-spectrum xenon arc lamp covering the 290-800 nm wavelength range, capable of simulating ultraviolet, visible, and infrared radiation from the sun, reproducing destructive light waves in various environments (e.g., outdoor sunlight, sunlight filtered through glass). By adjusting the xenon lamp intensity, exposure time, and combining different glass filters, it can precisely simulate multiple lighting conditions.

Environmental Control

Temperature and Humidity Regulation: Equipped with a refrigeration system (multi-blade fan + high-efficiency heat exchange structure) and humidification/dehumidification devices. The temperature range is typically from room temperature +10°C to 120°C, with a humidity range of 20%-98% RH, supporting simulations of high-temperature high-humidity or low-temperature low-humidity environments.

Spray Function: Simulates rainfall erosion through a water spray system, combined with light, temperature, and humidity cycles, enabling comprehensive testing of light aging, thermal aging, and humidity erosion.

Accelerated Aging Test

By intensifying environmental factors such as light, temperature, and humidity, it simulates months or even years of outdoor aging effects within days or weeks, significantly shortening the testing cycle.

Technical Features and Advantages

Accurate Simulation of Natural Environment: The xenon lamp spectrum closely resembles sunlight, providing a realistic reflection of material aging processes in outdoor environments, offering reliable data support for product development and optimization.

High-Efficiency Cooling System

Optimized cooling structure and enhanced fan power ensure stable long-term operation of the equipment and extend the xenon lamp lifespan (approximately 1600 hours, with support for quick replacement).

Intelligent Control System

Utilizes a microcomputer or PLC controller, supporting multi-segment program editing for precise setting of light intensity, temperature, humidity, and spray parameters.

Equipped with a data acquisition system (e.g., temperature sensors, humidity sensors, radiometers) to monitor and record test data in real-time, ensuring traceability of experiments.

Diverse Testing Modes

Supports continuous lighting, cyclic lighting (e.g., day-night alternation), and combined spray and lighting modes, meeting the testing needs of various materials.

Safety and Reliability

Includes safety measures such as overload protection, over-temperature protection, and leakage protection to ensure operational safety.

Constructed with high-quality materials (e.g., stainless steel inner chamber, steel outer shell) and advanced manufacturing processes, ensuring stable, durable performance and low maintenance costs.

Application Areas

The xenon lamp aging chamber is suitable for weather resistance testing of various materials, including but not limited to:

Automotive Industry: Testing the light resistance and durability of automotive paints, interior materials, and plastic components.

Plastics Industry: Evaluating the aging performance of plastic pipes, films, and packaging materials under varying light, temperature, and humidity conditions.

Coatings and Inks: Inspecting the anti-aging properties of coatings, providing data support for developing long-lasting and durable coating products.

Textile Industry: Testing the color fastness and fiber strength of textiles to ensure they do not fade or deform over long-term use.

Electronics Industry: Testing the reliability of electronic components and circuit boards under varying light, temperature, and humidity conditions.

Aerospace: Evaluating the aging performance of aircraft exterior materials (e.g., fuselage coatings, cabin interiors) to ensure flight safety.

Construction Industry: Conducting aging tests on exterior wall coatings, roofing materials, and door/window sealants to ensure long-term weather resistance of buildings.

Types and Selection

Based on cooling methods, Xenon Arc Weathering Testers can be categorized into:

Air-Cooled: Cools the lamp through forced air circulation; simple structure and lower cost, but cooling efficiency may be slightly inferior to water-cooled systems.

Water-Cooled: Uses water circulation to cool the lamp, more effectively reducing lamp temperature and extending its lifespan, suitable for long-term high-intensity testing.

Selection should be based on practical needs (e.g., test materials, budget, testing cycle) for comprehensive consideration.