Intelligent Ozone Concentration Control Aging Test Chamber

features

1, ozone aging chamber Internal material adopts high quality mirror stainless steel for ozone resistance.

2, Insulation material: high-density glass fiber

3, Use long axial fan motor and high and low temperature resistant aluminum alloy wing type wind turbines to force vertical air circulation.

4, Chamber door adopts double layer high and low temperature resistant silicone seal ensure the airtight test area.

5, Chamber bottom has high quality caster for convenient move.

6, Observation window uses multilayer hollow tempered glass.

7, Exhaust system: exhaust the high concentration ozone from the test chamber to avoid to poison.

8, Optional: Built-in 360 degree rotation sample holder, including 3 sets static tensile fixture and 3 sets dynamic tensile fixture.

Specifications

Intelligent Ozone Concentration Control Aging Test Chamber

The Intelligent Ozone Concentration Control Aging Test Chamber is an experimental device used to simulate the aging process of materials (especially rubber products, tires, etc.) under ozone environments. By controlling the temperature, humidity, and ozone concentration within the chamber, it can accelerate the aging of materials under ozone exposure, thus assessing their ozone resistance and service life. This type of test chamber is widely used in quality control and research testing in industries such as rubber, automotive tires, plastics, and electronic materials.

1. Ozone Concentration Control System

• The test chamber can precisely control ozone concentration, typically ranging from 10pphm to 500pphm, to simulate different ozone environments and test the material’s ozone resistance.

• It is equipped with high-precision ozone sensors that continuously monitor ozone concentration and adjust it automatically according to the set values, ensuring environmental stability and the reliability of test results.

2. Temperature and Humidity Control

• The chamber has a high-precision temperature and humidity control system, with temperature ranges typically between 40°C and 80°C, and humidity control from 20%RH to 95%RH, capable of simulating the aging conditions of materials under varying environmental conditions.

• By precisely adjusting temperature and humidity, it eliminates environmental variations that could lead to data discrepancies, ensuring reproducibility and stability of tests.

3. Uniform Ozone Distribution

• The chamber is equipped with an efficient airflow circulation system to ensure uniform distribution of ozone throughout the chamber, preventing localized high or low concentrations of ozone, and ensuring that the samples are exposed to consistent ozone effects.

• The efficient operation of the airflow system also prevents experimental errors caused by uneven airflow.

4. UV Simulation

• To more realistically simulate the aging process of tires or other materials subjected to both ultraviolet (UV) and ozone exposure in sunlight, some intelligent ozone concentration control aging test chambers also include UV lamps.

• UV exposure accelerates the formation of surface cracks in materials, making the aging process more representative of actual usage conditions.

5. Intelligent Control and Operation System

• The chamber is equipped with an intelligent touchscreen control system, allowing users to easily set parameters such as temperature, humidity, ozone concentration, and testing time via an intuitive interface.

• The intelligent system allows for remote monitoring and automated operation, enhancing ease of use and experimental efficiency.

6. Data Recording and Analysis

• The test chamber has an inbuilt data collection and recording system that continuously records various parameters such as temperature, humidity, and ozone concentration during the experiment, facilitating post-test analysis and report generation.

• It supports data export and printing functions, helping users quickly generate experimental reports to meet quality control and research needs.

7. Safety Protection Design

• The chamber features multiple safety mechanisms, such as over-temperature protection, high ozone concentration alarms, and equipment fault alerts, ensuring the safe operation of the device.

• In the event of a malfunction or anomaly, the system will automatically stop working and issue an alert to prevent damage to the equipment or samples.

1. Tire Industry

• The intelligent ozone concentration control aging test chamber is widely used in the tire industry to assess the ozone resistance of tire materials, ensuring that tires do not undergo premature aging or cracking due to ozone exposure during use.

• By simulating the effects of ozone in real-world conditions, it helps manufacturers optimize tire formulations to improve durability and safety.

2. Rubber and Plastic Industry

• This test chamber is also suitable for testing the aging resistance of rubber and plastic products, especially for assessing cracks, hardening, and other phenomena in materials exposed to ozone conditions.

• It helps material suppliers and manufacturers improve products and extend their service life.

3. Automotive Industry

• Automotive manufacturers can use the ozone concentration control aging test chamber to conduct aging tests on automotive components, particularly for seals, rubber gaskets, and other parts to assess ozone resistance.

• It enhances the stability and safety of automotive components during long-term use.

4. Material Research and Quality Control

• For material research departments, the ozone concentration control aging test chamber provides an accelerated aging environment, assisting research teams in evaluating the ozone resistance of different materials and formulations and optimizing material compositions.

• Quality control departments can use the equipment for regular testing to ensure that products meet relevant quality standards before leaving the factory.

5. International Certification and Standard Testing

• Many international and regional standards require ozone aging tests for products, and the intelligent ozone concentration control aging test chamber is widely used in third-party testing agencies and certification laboratories to ensure that products meet market entry standards.

The intelligent ozone concentration control aging test chamber simulates the aging process of materials under ozone exposure by precisely controlling ozone concentration, temperature, humidity, UV light, and other factors. It helps industries in material performance evaluation, product optimization, and quality control. With its highly automated control system and safety protection design, it not only improves testing efficiency but also ensures the reliability and accuracy of test results. This equipment is indispensable in various industries for research, quality control, and testing.