Test box for anti ozone aging performance of plastic film

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

Plastic Film Ozone Aging Resistance Test Chamber

The Plastic Film Ozone Aging Resistance Test Chamber is a specialized device used to test the aging performance of plastic films in an ozone environment. This test chamber simulates the aging process of plastic films under the influence of ozone, evaluating their ozone resistance, crack resistance, surface damage, and other properties. This type of equipment is widely used in industries such as plastics, packaging materials, automotive, and electronics to assess the aging speed, lifespan, and durability of materials.

1. Ozone Concentration Control System

• The test chamber is equipped with a high-precision ozone concentration control system that can accurately adjust the ozone concentration, typically ranging from 10pphm to 500pphm (or customized based on user needs).

• The system monitors ozone concentration in real-time through ozone sensors and automatically adjusts it to ensure the stability of ozone concentration throughout the test, preventing fluctuations from affecting the test results.

2. Temperature and Humidity Control System

• The temperature and humidity control system allows precise adjustment of the chamber's temperature and humidity, with a common temperature range from 40°C to 80°C and a humidity range from 20% RH to 95% RH.

• By controlling temperature and humidity parameters, the system simulates different environmental conditions to help test the impact of ozone on plastic films under various temperature and humidity conditions.

3. Uniform Ozone Distribution

• The chamber is equipped with an air circulation system to ensure that ozone is evenly distributed inside the chamber, preventing high or low ozone concentrations in specific areas and ensuring that all samples are equally exposed to ozone.

• The optimized airflow path guarantees uniform aging conditions for all samples during the test, improving the repeatability and accuracy of the experiment.

4. Ultraviolet (UV) Simulation

• Some models of the ozone aging resistance test chamber are also equipped with ultraviolet (UV) lamps to simulate the effects of UV radiation on plastic films, further accelerating the material's aging process.

• The combined action of UV and ozone helps to accelerate the formation of surface cracks in materials, simulating a more realistic environmental aging condition.

5. Intelligent Control and Operation System

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

• It supports remote monitoring and automated operation, greatly improving experiment efficiency and reducing human error.

6. Data Recording and Analysis

• The chamber has a built-in data recording system that continuously records parameters such as temperature, humidity, and ozone concentration, providing reliable data for the experiment.

• It supports data export and report printing functions, making it convenient for users to perform subsequent analysis and summaries, meeting quality control and research needs.

7. Safety Protection Design

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

• If a malfunction or abnormality occurs during operation, the system will automatically stop and sound an alarm to prevent damage to the equipment or loss of samples.

1. Plastic Packaging Industry

• In the plastic packaging materials industry, the ozone aging resistance test chamber can be used to test the ozone resistance of plastic films, ensuring the durability of products and preventing performance degradation due to ozone aging.

2. Automotive Industry

• Automotive manufacturers can use this test chamber to test the ozone aging resistance of automotive plastic parts, rubber seals, and other components, ensuring that these parts do not crack, age, or fail during long-term use.

3. Electronics Industry

• Plastic housings, films, and encapsulation materials in electronic products need to undergo ozone aging resistance testing to ensure they do not degrade or break under ozone exposure, thus extending the lifespan of electronic devices.

4. Material Research and Quality Control

• In material research, scientific institutions and manufacturers can use this equipment to evaluate the ozone resistance of various plastic films or composite materials, optimizing material formulations and improving product quality.

• Quality control departments also use this equipment for routine testing of plastic films to ensure they meet relevant quality standards.

5. International Certification and Standard Testing

• Many international certification bodies require plastic films and other materials to undergo ozone aging resistance testing. The ozone aging resistance test chamber is a standard device for such tests, widely used in third-party testing laboratories and certification agencies.

The Plastic Film Ozone Aging Resistance Test Chamber is a crucial testing device that simulates the impact of ozone on the aging process of plastic films and other materials. It is widely used in quality control, material research, and certification testing across various industries. By precisely controlling ozone concentration, temperature, humidity, and ultraviolet light, the test chamber provides a reliable experimental platform for evaluating material durability and performance. The chamber’s intelligent design, data recording, and analysis functions greatly enhance testing efficiency and accuracy, making it an indispensable tool in multiple industries.