The main function of the ozone aging test chamber is to simulate the oxidative damage effect of ozone on materials in the natural environment, conduct aging experiments on various materials, and evaluate their long-term performance and durability. In the natural environment, ozone is a deadly and harmful gas that can cause materials to age, crack, discolor, harden, etc. Testing through an ozone aging test chamber can accelerate the material aging process, shorten testing time, and improve the quality and reliability of industrial products.

The main uses of ozone aging test chamber:

• Rubber industry: used to test the aging resistance of tires, seals, hoses, conveyor belts and other rubber products in ozone environments, and evaluate their ozone crack resistance, breaking strength, elongation and other indicators.
• Plastic industry: used to test plastic products, especially those exposed outdoors or in environments with the presence of ozone, to evaluate their service life and durability under these conditions.
• Coating industry: used to evaluate the weather resistance, anti-aging performance, color, gloss and other appearance characteristics of coating materials such as paints, coatings, and coatings in harsh environments.
• Electronic and electrical industry: used to test the aging resistance of electronic components, cables, insulation materials, etc. in an environment containing ozone, to evaluate whether they can operate stably and extend their service life.
• Automotive industry: Used to simulate the aging of automotive parts, such as seals, hoses, plastic parts, etc. in actual use, and evaluate their anti-aging and weather resistance properties.
• Medical devices: Many medical devices contain rubber parts that may be exposed to ozone during storage and use, so ozone aging testing is required to ensure the safety and functionality of the device.
• In addition, ozone aging test chambers are also used in research and development to help materials scientists and engineers study the ozone resistance of new materials and provide support for the development of more durable and long-life products.