Ozone Test Chamber

The DHT® Ozone Aging Test Chamber is expertly designed to simulate and assess the impact of ozone exposure on a variety of materials, including rubber, plastics, elastomers, and coatings. Widely used in R&D and quality control, this chamber provides precise data on ozone resistance, material cracking, and degradation to ensure product durability in harsh environments.

Manufactured with high-precision CNC machining, the chamber features a corrosion-resistant SUS304 imported stainless steel mirror-finished interior for easy cleaning and longevity. Its robust exterior is crafted from spray-coated A3 steel plate, delivering both strength and a professional finish.

Advanced airflow engineering guarantees uniform ozone distribution and stable test conditions, essential for reproducible, high-accuracy ozone aging experiments. With capabilities to simulate elevated ozone concentrations and high humidity, it supports reliable accelerated aging tests for long-term material performance analysis.

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Benefits

Design for Safety: The chamber utilizes stainless steel interiors and a fully enclosed gas circuit that complies with international standards, ensuring that the generation and containment of ozone gas are completely sealed, thereby safeguarding operators.

Adjustable Ozone Concentration: Ozone concentration can be set within the range of 0–1000 pphm to meet various testing requirements.

Advanced Sample Rack System: Equipped with a motor-driven sample rack that supports both static and dynamic tensile tests, the specimen’s movement trajectory adheres to the cycloid principle, ensuring accurate testing.

Precise Control and Monitoring: Features an automatic digital ozone concentration controller with online measurement capabilities and a calibration interface, ensuring the accuracy and traceability of test data.

User-Friendly Operation: The control of ozone concentration, temperature, and humidity setpoints employs PID self-setting, facilitating convenient and reliable operation, thereby enhancing

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