Dynamic cycle ozone testing equipment

Specifications

Product Overview

The Dynamic Cyclic Ozone Test Equipment is a testing equipment that integrates advanced technology and intelligent control system, mainly used to evaluate the aging performance of materials under ozone environment. By precisely controlling the ozone concentration, temperature and humidity, the equipment simulates the harsh environment that materials may encounter in actual use and accelerates the aging process, thus quickly assessing the ozone resistance of materials. The equipment is widely used in rubber, plastic, paint and other industries, providing a reliable means of testing for quality control and research and development of materials.

Second, product features

1. Dynamic cyclic testing

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Dynamic cycling mode: The equipment supports dynamic cycling test mode, which can simulate the dynamic stress conditions of materials in actual use. Through the dynamic cycling test, the ozone resistance of materials under repeated tensile, compression and other dynamic stresses can be evaluated, providing data support for the assessment of the dynamic performance of materials.

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Cycling control: The equipment is capable of precisely controlling the number of cycles and cycle time to ensure the accuracy and reliability of the test results. Users can set different cycle parameters according to different testing needs.

2. High-precision ozone concentration control

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Ozone concentration range: Equipped with a high-precision ozone generator, the device can accurately control the ozone concentration, ranging from 0.1 ppm to 500 ppm, to meet different testing needs.

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Real-time monitoring and adjustment: The equipment is equipped with a built-in ozone concentration sensor, which can monitor the ozone concentration in the test chamber in real time and automatically adjust the working status of the ozone generator according to the set value to ensure the stability of the test environment.

3. Intelligent touch screen operation

-Intuitive and convenient operation interface 

Intuitive and convenient operation interface: The equipment adopts intelligent touch screen operation interface, which allows users to easily set the test parameters, such as ozone concentration, temperature, humidity, test time, etc. The operation interface is intuitive and clear. The operation interface is intuitive and clear, even operators without professional background can quickly get started.

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Real-time data monitoring and recording: The touch screen can display the ozone concentration, temperature, humidity and other key parameters in the test chamber in real time, so that the user can understand the progress of the test and the operation status of the equipment at any time. The equipment can also automatically record the test data and generate a detailed test report, which is convenient for users to analyze the data and evaluate the results.

4. High-precision temperature and humidity control

Temperature control: the equipment is equipped with high-precision temperature and humidity control. 

Temperature control: The equipment is equipped with high-precision temperature sensors and intelligent control system, which can accurately control the temperature inside the test chamber. The temperature range is usually between room temperature and 60℃, and the temperature fluctuation can be controlled within ±0.5℃.

-Humidity Control: The equipment also has humidity control. 

Humidity control: the equipment also has a humidity adjustment function, which can simulate different humidity environments. The humidity range is from 30% to 98% RH, and the humidity fluctuation can be controlled within ±2%RH. 5.

5. Safety and environmental protection design

Multiple safety protection: the equipment is equipped with ultra-temperature and environmental protection. 

Multiple safety protection: the equipment is equipped with multiple safety protection devices such as over-temperature protection, water shortage protection, power leakage protection, overload protection, etc. to ensure the safety of the equipment and operators.

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Environmental protection design: the equipment adopts environmentally friendly materials and energy-saving technology to reduce the impact on the environment. Equipped with efficient exhaust gas treatment device to purify and treat the exhaust gas generated in the test process to ensure that the emission meets the environmental standards.

III. Application Scenarios

1. Rubber and plastic industry

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Material Performance Evaluation: Conduct ozone resistance testing on rubber and plastic materials to evaluate their aging performance under ozone environment and provide data support for product R&D and quality control.

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Quality control: Sampling inspection of raw materials and finished products during the production process, timely detection and resolution of quality problems to improve product quality and market competitiveness.

2. Coatings and paints industry

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Coating Performance Evaluation: Conduct ozone resistance performance tests on coatings of paints and coatings to evaluate their aging performance under ozone environment and provide scientific basis for coating R&D and application.

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Quality control: During the production process, sampling inspection of coatings is carried out to detect and solve quality problems in time, so as to improve the quality of products and market competitiveness.