Ozone climate simulators

Anseros Ozone Climate Simulator – Combined ozone and climate testing for realistic material aging

The Anseros Ozone Climate Simulator is a state-of-the-art testing system for the combined simulation of ozone exposure, temperature, humidity, and optionally UV radiation. It enables precise assessment of the ozone and climate aging resistance of materials such as rubber, plastics, elastomers, coatings, and seals.

By realistically simulating environmental conditions, the system provides reliable data on crack formation, surface changes, and mechanical stability. The Ozone Climate Simulator thus supports research, development, quality assurance, and product approval in the automotive, rubber, tire, and cable industries, as well as in materials testing institutes.

Technical Features of the Anseros Ozone Climate Simulator

• Integrated ozone generation with precise control and calibration
• Programmable temperature and humidity cycles for realistic climate simulation
• Optional UV/sunlight modules for extended environmental testing
• Homogeneous ozone distribution in the test chamber for reproducible results
• Automated test sequences with continuous data acquisition and long-term monitoring
• Standard-compliant tests according to DIN ISO 1431, ASTM D1149, ISO 7326, and other international standards

Areas of application

The Ozone Climate Simulator is used to evaluate the ozone and climate aging resistance of elastomers, cable sheathing, seals, tire compounds, and coatings. It enables the targeted analysis of long-term behavior under combined environmental stresses, which is crucial for material development and quality testing.

Benefits at a Glance

• Combination of ozone and climate testing in one system
• Standard-compliant, reproducible test results
• Fully automated and programmable test sequences
• Low-maintenance, durable system components
• Ideal for research, development, and quality assurance

With the Ozone Climate Simulator, Anseros offers a powerful solution for accelerated aging tests under realistic ozone and climate conditions – for reliable and reproducible material evaluations in laboratory and industrial applications.