Product Description
Product introduction
Ozone aging test chamber is a major factor in rubber cracking although it is rare in the atmosphere, ozone aging tank simulates and enhance the condition of ozone in the atmosphere to study the effects of ozone on rubber, and then identify and evaluate the method to resist ozone and aging for rubber, adopt effective anti-aging measures to enhance the life of rubber products.
Main function
Ozone Aging Test Chamber Can be used to test rubber products with static tensile deformation, such as vulcanized rubber, thermoplastic rubber, cable insulating bush; expose the test specimens to the sealed air in the test chamber without light and with constant ozone concentration and constant temperature according to predetermined time, and then observe the cracks on test specimens surface and the degree of change of other properties to evaluate the rubbers ozone aging resistance properties.
Main feature
Equipment by the occurrence of silent and efficient ozone generator ozone gas, and a certain amount of air processed, the switch in the mixture into the chamber, the continuous line UV detector to detect the concentration of ozone, ozone generator control feedback to the systems to control system settings according to the occurrence of effective control of ozone to the ozone chamber to maintain the appropriate concentration of work by heating humidification systems to meet all the test conditions.
The main technical parameter:
| Studio size(L*W*H) | 500*600*500mm(150L) 400*500*500mm(100L) |
| ozone concentration | 0 ~ 1000pphm, PID settings(adjustable) |
| ozone concentration deviation | 5% |
| Test sump temperature | RT ~ 85(Recommended temperature 40 ) |
| est Position Humidity | 20 ~ 85 (recommended humidity 65%) |
| Temperature uniformity | 2 |
| rack rotation speed | 2R/min adjustable |
| sample pulled Frequency | 0.5Hz |
| Supply voltage | 220V 10% |
| Standard: JIS K 6259 , ASTM1149 , ASTM1171, ISO1431, DIN53509 |
Advanced Ozone Generation and ControlUtilizing both UV and corona discharge technologies, the chamber achieves precise ozone concentrations between 0-200 pphm with 5% accuracy. The programmable digital controller and fast-responding electrochemical sensor (30 seconds) allow for meticulous adjustment and tracking of test parameters, ensuring reliable, repeatable results for material aging studies.
Built for Safety and ConvenienceCrafted from durable SUS304 stainless steel, this chamber integrates multiple safety features, such as over-temperature and ozone leakage alarms, an automatic power-off mechanism, and a safety interlock system. The double-layer toughened glass window and internal LED lighting provide clear observation without exposure risks, while the active carbon filter maintains a safe environment.
Versatile Application and OperationThis chamber supports rubber, cable sheaths, and other non-metal specimens up to 150 mm and accommodates 6-12 samples simultaneously. The programmable settings, broad humidity (4085% RH) and temperature range (room temp to 70C), automatic testing cycles, and digital display make it ideal for research, quality assurance, and industrial material testing.
FAQs of Ozone aging test chamber:
Q: How do I operate the ozone aging test chamber for different test setups?
A: The chamber features a programmable digital controller allowing you to set temperature (room to 70C), humidity (4085% RH), ozone concentration (0200 pphm), and test cycles. Simply input parameters on the digital display, load up to 12 specimens, and use the timer (09999 minutes) to start tests as per your protocol.
Q: What safety features help protect users during operation?
A: Safety is ensured through over-temperature and ozone leakage alarms, an auto power-off system, and safety interlocks. The double-layer toughened glass viewing window and built-in LED lighting allow safe observation without exposure to ozone, while the active carbon filter further protects the operator by purifying ambient air.
Q: When is the chamber mainly used during material development?
A: The ozone aging chamber is typically engaged during research and development, quality assurance, or certification processes for rubber, cable sheaths, and non-metal materials. It is particularly valuable when examining material suitability or compliance with industry aging and resistance standards.
Q: Where can the ozone aging test chamber be installed?
A: Thanks to its robust floor-standing design and 120 L capacity, the chamber is suitable for installation in laboratories, quality control departments, research centers, and industrial facilities. It requires a stable AC 220V (10%), 50/60 Hz power supply and appropriate air handling for safe operation.
Q: What process does the chamber use to measure ozone resistance?
A: The chamber exposes specimens to a controlled ozone atmosphere (0200 pphm) for a set duration while regulating temperature, humidity, and test stroke. The electrochemical ozone sensor and PID automatic control ensure precise, repeatable testing conditions to evaluate changes in specimen properties over time.
Q: How does using this chamber benefit material testing and research?
A: Using this chamber accelerates materials aging under tightly controlled ozone, temperature, and humidity stresses, providing rapid, reproducible insights into material durability. This helps manufacturers, researchers, and quality controllers make informed decisions on product formulation and longevity.
Q: What maintenance is required for reliable operation?
A: Routine maintenance includes regular cleaning of the stainless steel chamber, periodic replacement of the active carbon filter, and calibration of the ozone sensor. Inspect window integrity and check for alarm functionality to ensure continued reliability and user safety.