GT-7017-MO3
Ozone Aging Tester
The GT-7017-MO3 is designed to determine the characteristics of materials, such as plastics, rubber, leather, and fabrics, when subjected to heat and ozone exposure.
To conduct aging assessment, test specimens are evaluated for any variances in characteristics after being exposed to heat and ozone for a prescribed period of time.
PRINCIPLE: The GT-7017-MO3 is designed to determine the ability of materials to withstand aging, such as plastics, rubber, leather, and fabrics, under ozone exposure and heat conditions.
WIDE MATERIAL APPLICATIONS: Well-suited for assessing the resistance to ozone exposure and aging across various materials, including leather, plastics, rubber, and fabrics.
AGING CHARACTERISTICS ASSESSMENT: Assists manufacturers in evaluating material aging characteristics after being subjected to heat and ozone exposure.
OZONE SIMULATION: Provides a precisely controlled ozone environment to assess its effect on test specimens.
REAL-TIME MONITORING: With its real-time monitoring touchscreen controller and viewing window, the GT-7017-MO3 enables users to observe both the test processes and test specimens during aging tests.
OVERHEAT PROTECTION: By utilizing precision overheat protection, the GT-7017-MO3 ensures operational safety by preventing damage caused by overheating.
SPECIMEN TURNTABLE: Equipped with a stable specimen turntable to ensure uniform temperature distribution among test specimens.
AIR OUTLET: Utilizing an external air outlet pipe, the GT-7017-MO3 draws out harmful air to maintain a safe operating environment.
AIR CIRCULATING SYSTEM: With its high-efficiency air circulating system, the GT-7017-MO3 effectively reduces temperature deviation, ensuring uniform temperature distribution and consistent test results.
