20% Elongation Ozone Testing Machine

Specifications

overview

The 20% elongation ozone tester is a device used to test the deformation and aging characteristics of materials in an ozone environment, particularly suitable for evaluating the ozone resistance of elastic materials such as rubber and plastic. The main goal of this device is to simulate the ozone concentration and temperature and humidity conditions in actual usage environments, accurately measure the stress, strain, and final fracture performance of materials under different ozone concentrations. Testing is typically used to screen and optimize materials, especially polymer materials that require long-term use outdoors or in harsh environments.

During the testing process, 20% elongation refers to the change in tensile strength of the material in an ozone environment. Generally speaking, materials will have surface cracks or fractures under ozone erosion, and the change of elongation can reflect their ability to resist aging and ozone erosion.

Main functions and features

Ozone concentration control

The 20% elongation ozone testing machine can accurately control ozone concentration and simulate real environmental conditions. The ozone concentration can usually be adjusted to 0-1000 ppm (parts per million concentration) to adapt to the ozone resistance testing of different materials.

Temperature and humidity regulation function

In addition to ozone concentration, the equipment is also equipped with a temperature and humidity control system to simulate the aging process of materials in different environments. For example, simulating high temperature and humidity conditions in summer, or cold and dry environments, to study the performance of materials under different climatic conditions.

Stress strain measurement

The device is equipped with high-precision strain gauges or tensile testing systems to measure the elongation changes of materials in ozone environment in real time. 20% elongation is the maximum elongation ratio of a material before it is stretched to its limit, so by measuring this change, researchers can evaluate the tensile strength and durability of the material in ozone environments.

Accelerated Aging Testing

The ozone testing machine can simulate the performance of materials under long-term ozone exposure, accelerate the aging process, and help quickly evaluate the durability of materials. This is very important for products that require long-term stable performance, especially in industries such as automotive, aviation, and electronics, where the long-term reliability of materials is crucial.

Automatic data recording and analysis

The equipment is equipped with automated data recording and analysis functions, which can monitor material changes in real-time during the testing process and generate detailed reports. Through these data, R&D personnel can analyze the material's ozone resistance, crack formation point, and maximum stress tolerance, thereby providing support for improving product design and production processes.

application area 

Automobile industry

In the automotive industry, components such as rubber seals, tires, and brake hoses are often exposed to ozone environments. The 20% elongation ozone tester can test the anti-aging ability of these components after long-term exposure to ozone, help manufacturers select high-quality ozone resistant and anti-aging materials, and improve the safety and service life of vehicles.

EADS

Aircraft will encounter different concentrations of ozone gas in high altitude, especially on components such as wings, seals, fuel pipelines, etc. Testing the performance of these materials in an ozone environment using an ozone testing machine can ensure the durability and safety of these critical components.

electronic product

Many plastic, rubber, and other materials used externally in electronic devices are susceptible to ozone erosion, affecting the appearance and functionality of the product. Through the ozone tester, manufacturers can test the anti-aging ability of these materials in the ozone environment to ensure the stability of electronic products in long-term use.

Building and exterior wall materials

Long term exposure to ozone environment can cause aging, fading, cracking, and other phenomena in exterior wall materials and coatings. Through ozone testing machines, building material manufacturers can test the ozone resistance of different materials, helping to improve the appearance and durability of buildings.

Power industry

Many external components and cable insulation materials in power equipment can be affected by ozone, which may cause material aging or breakage. Ozone testing machines can be used to test the aging resistance characteristics of these materials, ensuring the safe and stable operation of power facilities.

Advantages and Value

Efficient and rapid evaluation of material properties

Through accelerated aging testing, the 20% elongation ozone testing machine can quickly simulate the performance changes of materials exposed to ozone environment for a long time, saving a lot of testing time and helping production enterprises discover potential problems of materials earlier.

Improve product quality and safety

By using an ozone testing machine to test and optimize the ozone resistance of materials, enterprises can improve the quality and service life of their products, reduce quality problems and safety hazards caused by material aging, and lower maintenance costs.

Promote innovation in material technology

Ozone testing helps promote the research and development of new high-performance materials, especially in areas such as environmental protection, durability, and intelligence. By comparing the performance of different materials, enterprises can choose materials that are more suitable for market demand and accelerate technological updates.

Environmental Protection and Sustainable Development

The ozone testing machine can also evaluate the sustainability of materials in harsh environments, helping companies develop more environmentally friendly and long-lasting products that meet green production requirements and consumer demands.