Static tensile ozone aging test chamber

Specifications

The Static Tensile Ozone Aging Tester is a testing equipment that integrates advanced technology and intelligent control system, which is 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 the material may encounter in actual use and accelerates its aging process, thus quickly assessing the ozone resistance of the material. 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.

II. Product Features

1. Static tensile test

Tensile device: The equipment is equipped with a high-precision tensile device, which is capable of performing static tensile test on materials. Through the tensile device, it can simulate the tensile stress of the material in actual use and evaluate the ozone resistance of the material in the tensile state.

Tensile control: The equipment can precisely control the tensile force and speed to ensure the accuracy and reliability of the test results. Users can set different stretching parameters according to different testing needs.

2. High precision ozone concentration control

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.

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.

The Static Tensile Ozone Aging Tester is a professional testing equipment mainly used to evaluate the aging performance of materials under ozone environment. The equipment accelerates the aging process by simulating the ozone environment that the material may encounter in actual use, so as to quickly assess the ozone resistance of the material. The following are the types of materials that this equipment is suitable for testing:

I. Rubber Materials

Natural Rubber: Natural rubber has good elasticity, insulation and water resistance, and is widely used in tires, rubber shoes, hoses and other products. However, natural rubber is prone to aging under ozone environment, resulting in performance degradation. Through the static tensile ozone aging tester, it can simulate the aging process of natural rubber in actual use, evaluate its ozone resistance performance, and provide data support for product quality control and research and development.

Nitrile Rubber: Nitrile rubber has excellent oil resistance and heat resistance, and is widely used in automobile, aviation and other fields. Under the ozone environment, the performance of NBR will also be affected. Through this equipment, ozone aging test can be carried out on NBR to evaluate its aging performance under different ozone concentration and temperature conditions, which can provide scientific basis for the application of products.

Silicone Rubber: Silicone rubber has good heat resistance, cold resistance and electrical insulation, and is widely used in electronics, medical and other fields. Although silicone rubber has good ozone resistance, but in the high concentration of ozone environment may still occur aging. Through the static tensile ozone aging test chamber, ozone aging test can be carried out on silicone rubber to assess its aging performance under different conditions, to provide a guarantee for the long-term stability of the product.

Second, plastic materials

Polyvinyl chloride (PVC): PVC is a plastic material widely used in construction, wire and cable and other fields. Under the ozone environment, PVC will be aging, resulting in performance degradation. Through the static tensile ozone aging tester, we can simulate the aging process of PVC in actual use, evaluate its ozone resistance performance, and provide data support for product quality control and research and development.

Polypropylene (PP): PP is a plastic material with good chemical resistance and mechanical properties, which is widely used in automobiles, home appliances and other fields. The performance of PP is also affected under ozone environment. Through this equipment, ozone aging test can be conducted on PP to evaluate its aging performance under different ozone concentration and temperature conditions, providing scientific basis for product application.

Polycarbonate (PC): PC is a plastic material with excellent mechanical properties and transparency, widely used in electronics, automotive and other fields. Although PC has good ozone resistance, aging may still occur under high concentration ozone environment. Through the static tensile ozone aging tester, we can carry out ozone aging test on PC to evaluate its aging performance under different conditions and provide guarantee for the long-term stability of products.