Lamp Fogging Test Chamber

Specifically engineered to meet the growing demands of the fogging tester market, this chamber simulates high-intensity sunlight and hot-humid environmental conditions to provide precise evaluation of the weather resistance of automotive lamps, transparent plastics, and coated materials. The fully sealed, corrosion-resistant stainless steel construction ensures stable operation under prolonged exposure to high temperature, humidity, and intense light.

Equipped with an adjustable xenon lamp system and advanced humidity control technology, the chamber accurately replicates real-world outdoor aging scenarios. Its innovative walk-in, three-zone layout features independent left and right sections that simulate multi-condition environments for front and rear fogging test automotive lamps—including rain, wind, thermal cycling, and UV aging—while the centrally located sample area enables efficient, centralized monitoring.

This structural design significantly improves the efficiency of fogging testers in conducting fogging resistance assessments and delivers critical data to support the development of all-weather, high-performance products.

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Benefits

Dual-Temperature Zone Design: The chamber’s dual-temperature zone design accurately simulates the anti-fog performance of headlamps in different environmental settings, ensuring product reliability under actual usage conditions.

Enhanced Durability: The inner chamber is constructed using fiberglass welding, offering an aesthetically pleasing appearance and ease of cleaning, while the outer shell is made of high-quality steel plates with a spray coating, enhancing the device’s durability.

Intelligent Control System: The control system integrates advanced European PID microcomputer controllers equipped with over-temperature protection functions, ensuring safe operation in high-temperature environments.

Air-Cooled Refrigeration System: The application of an air-cooled refrigeration system improves cooling efficiency and reduces energy consumption. The device is also equipped with a fault self-diagnosis system, facilitating maintenance and repairs, thereby minimizing downtime.

Environmentally Friendly Materials: The use of environmentally friendly insulation materials and refrigerants complies with international environmental standards, reducing the impact on the environment.

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