Ozone Aging Chamber
YTS-OAC
Application Standards
ASTM 1171, ASTM 1149, ISO 1431, DIN 53509, JIS K 6259, GB/T 7762-2003, GB/T 13642
The ozone chamber is primarily utilized for ozone resistance testing of rubber and plastics to ozone-induced aging, necessitating precise and stable test conditions. Atmospheric ozone, although present in low concentrations, is a significant factor contributing to rubber cracking. By simulating and intensifying ozone conditions using an ozone generator for testing, the ozone chamber enables the study of ozone’s effects on rubber. This allows for the rapid identification and evaluation of rubber’s anti-ozone aging performance and the protective efficacy of anti-ozone agents, ensuring the tests are ASTM D1149 compliant. Consequently, effective anti-aging measures can be implemented to enhance the longevity of rubber products, adhering to ISO 1431-1 testing and DIN 53509 standards.
Applications
Ozone aging test chambers, including rubber aging test chambers and ozone aging chambers, are widely used across various industries to assess the impact of ozone exposure on materials and products. In the automotive industry, they test the durability of components like rubber seals, hoses, and tires. The aerospace sector uses them to ensure the long-term reliability of aircraft and spacecraft materials, such as insulation and wiring. In electronics, these chambers evaluate the effects on components like circuit boards and cables. They also test the durability of packaging materials in the packaging industry and assess the safety and longevity of medical devices and equipment in the medical field. For thermoplastic rubber aging, these chambers provide essential data to improve product performance and durability.
| Model | YTS-OAC |
| Testing Room | 500 x 400 x 500 (WxDxH mm) (Customized options are available) |
| Volume | 100 Liters (Customizable) |
| Gross Weight | 200 kg (Customizable) |
| External Dimension | 900 x 900 x 1700 (WxDxH mm) (Customized options are available) |
| Temperature Range | The operating temperature range is 0°C to 70°C. However, during ozone testing, the temperature should not exceed 60°C, as ozone will rapidly decompose beyond this threshold. |
| Power Supply | AC 220 +-5%/ 50 +- 0.5Hz |
| Shelf Rotation Rate | 2 +- 1 r/min (Customizable) |
| Humidity Range | 35% ~ 95% RH (Customizable) |
| Test the Number of Components | Three experimental groups can be conducted simultaneously. |
| Test Gas Flow | 600 +- 100 MM/S |
| Ozone Concentration Precision | 10 – 1000 pphm +-15% |
| Temperature Distribution Precision | +- 2.0 C |
| Temperature Fluctuation | +- 5.0 C |
| Humidity Fluctuation | +- 3% |
| Humidity Distribution Precision | +- 3% |
- Air Circulation: Built-in air ducts ensure even airflow across specimens; high-quality, oil-free electromagnetic air pump ensures reliable air supply.
- Ozone Measurement: Features a stable, automatic zero adjustment system, long-lasting ozone-free UV lamp, and accurate Bill Lambert digital measurement system.
- Control System: Integrated controller for ozone concentration, temperature, and humidity with touch buttons, LED display, and high resolution (temperature: 0.1°C, humidity: 0.1% RH, ozone: 1 pphm). Includes PID control for precise settings.
- Humidity Control: Stainless steel boiler-type evaporative humidifier, evaporator coil dehumidification, and automatic water supply with water recovery to save resources.
- Safety Features: Equipped with protections against power overload, short circuits, grounding issues, overtemperature, alarms, and water shortages, ensuring safe and reliable operation.
- Temperature and Humidity Sensors: High-precision sensors to monitor and control environmental conditions.
- Ozone Generators: Devices for producing and regulating ozone concentration within the chamber.
- Air Circulation System: Built-in air ducts and fans to ensure even airflow distribution.
- Sample Holders: Static and dynamic holders for various sample types.
- Control System: Programmable controllers with touch screens for setting and monitoring test parameters.
- UV Lamps: Long-life, ozone-free UV lamps for accurate ozone measurement.
- Humidifiers and Dehumidifiers: Stainless steel evaporative humidifiers and coil dehumidifiers to maintain desired humidity levels.
- Safety Features: Overload, short circuit, and overtemperature protection systems with alarm prompts.
- Data Logging and Software: Bill Lambert digital measurement system and network connectivity for data management.
Secure and Protective Packaging:
- Each item is enveloped in air bubble film before being placed in wooden cases.
- Our packaging offers excellent shock absorption, impact resistance, and heat sealing, while also being non-toxic, odorless, and resistant to moisture corrosion.
Customer Care and Support:
In case you encounter any issues during the testing process, we guarantee a response within 48 hours and a solution within 3 working days. Our support includes:
- Operation video and English manual assistance.
- Video conferencing for remote support.
- On-site service available upon request, with transportation and travel expenses to be covered by the customer.