meOZ Series Ozone Resistance Fatigue Tester are used to evaluate the ozone cracking resistance of vulcanized rubber products such as tires, sealing rings, and damping pads, supporting both static and dynamic tensile tests.

The instrument simulates the accelerated aging effect of an ozone environment on materials, evaluating their resistance to ozone aging under continuous or cyclic stress. It is widely used in laboratories within the rubber and elastomer industry for formulation development, material research, and quality inspection.

Standards: GB/T 7762-2014, GB/T 13642-2015, ISO 1431-1:2022, ISO 1431-2:1994, ASTM D1149-18, HG/T 5721-2020

The equipment adopts an integrated closed-loop ozone air circulation system, ensuring that harmful ozone gas is completely sealed inside without the need for additional external exhaust or waste gas filtration devices.The heavy-duty aluminum test chamber is equipped with a corrosion-resistant inner tank and a built-in sample holder system compatible with various specimen fixtures, providing static/dynamic sample holder combinations that comply with international standards.The test chamber features a double-glazed sealed safety interlock door, which remains locked until the internal environment returns to a safe threshold. A roller light shield blocks external light interference, while an integrated inspection light provides illumination inside the chamber.

Features and Advantages

• Elegant appearance, quiet operation, energy-efficient with low maintenance costs.
• Precise temperature and humidity control, temperature +5°C to 70°C (adjustable), humidity 50% to 80% RH (adjustable).
• Supports both static and dynamic tensile tests, adaptable to various material application scenarios.
• Equipped with meTEST® controller and touchscreen, automatically records data, supports programmable timing and remote monitoring, simplifying operations and reducing errors.

• Multiple safety protections to ensure personnel and laboratory safety.
• Built-in over 20 international test programs (ASTM, ISO, JIS) with support for parameter customization.
• Energy-saving and environmentally friendly design, reduces air and energy consumption, compliant with green laboratory standards.