It is widely known that ozone aging test instruments are used to simulate atmospheric ozone conditions, investigate the effects of ozone on rubber, and rapidly evaluate the anti-ozone aging performance of rubber and the protective efficacy of anti-ozonants. This enables the implementation of effective anti-aging measures to extend the service life of rubber products. However, are you familiar with the advantages of different probe types in ozone aging test instruments? Below, we analyze the strengths of various ozone probes used in these instruments:
Ozone aging test instruments primarily employ three types of ozone probes:
- Electrochemical Ozone Probe:
- Advantages:
- Wide concentration range.
- Fastest response speed.
- Simple manufacturing process and easy installation.
- Suitable for online environmental monitoring.
- Service Life: Approximately 1–2 years.
- Advantages:
- Gas-Sensitive Semiconductor Ozone Probe:
- Advantages:
- Concentration range comparable to ultraviolet (UV) probes.
- Adequate accuracy for online detection.
- Service Life: Approximately 1–2 years.
- Advantages:
- Ultraviolet (UV) Ozone Probe:
- Advantages:
- Not easily restricted in application, making it ideal for high-precision instruments.
- Disadvantages:
- Slowest response speed.
- Most complex manufacturing process.
- Bulky design and less convenient for installation.
- Service Life: Approximately 3 years.
- Advantages:
By understanding the strengths and limitations of each probe type, users can select the most appropriate ozone aging test instrument configuration for their specific research or quality control needs.
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