Ozone Resistance
Ozone resistance refers to the ability of a material, typically rubber or elastomeric compounds, to withstand the harmful effects of ozone exposure over time. Ozone is a reactive form of oxygen that can cause oxidative degradation of certain materials, leading to cracks, surface deterioration, and loss of mechanical properties in the affected material.
Rubber and elastomeric materials are commonly used in various applications, including automotive components, seals, gaskets, industrial hoses, and other products exposed to outdoor environments.
The ozone resistance of a material is determined through ozone testing, which involves subjecting test samples to controlled ozone exposure in a testing chamber. The test simulates long-term exposure to ozone in a relatively short period, allowing our expert engineers to assess how the material will perform over time in real-world conditions.
The ozone resistance of a material is typically evaluated by monitoring the samples during and after the ozone exposure for the following characteristics:
- Surface Cracking
- Tensile Strength
- Changes in Appearance
- Physical Properties
Our Facility:
- Equipment Name: Ozone tester
- Mark/Model: Hemden-UK
- Range: Ozone Con.- 50 pphm to 150 pphm
- Temperature 25ᵒC to 150ᵒC
- Test Standard: ASTM D 1149, ISO 1431, IS 3400