360 Degree Rotating Sample Holder Ozone Box

Specifications

360 Degree Rotating Sample Rack Ozone Chamber: Key Features and Application Areas

1. Equipment overview

The 360-degree rotating sample holder ozone chamber is an advanced laboratory equipment designed for testing the aging resistance of materials in ozone environments. By simulating the long-term exposure of materials to ozone, physical properties such as strength and crack resistance are evaluated. This equipment is particularly suitable for rapid assessment of rubber, plastic and other materials susceptible to ozone, especially in the automotive and aerospace industries where it is widely used.

2 Core features

2.1 360 degree rotating sample holder

The unit is equipped with a rotating sample holder that enables full exposure of the sample during testing. This design ensures that every angle is evenly exposed to the ozone gas, avoiding the bias in test results caused by uneven exposure of the sample in conventional test methods.

2.2 Adjustable Ozone Concentration

The Ozone Chamber supports precise adjustment of ozone concentration, which can usually be adjusted within the range of 0-1000 ppm. By simulating different ozone concentrations, users can analyze the aging process of materials under different ozone concentrations and obtain more detailed performance data.

2.3 Temperature and Humidity Control

In addition to ozone concentration, the equipment is usually equipped with temperature and humidity control functions to simulate aging under different environmental conditions. This makes the equipment suitable for a wider variety of testing needs, especially for materials that are sensitive to temperature and humidity.

2.4 Efficient Accelerated Aging

By controlling environmental factors such as ozone concentration, temperature and humidity, the equipment can rapidly accelerate the aging process of the sample. This accelerated aging test can simulate the effect of long time exposure in a shorter period of time, which greatly improves the testing efficiency.

2.5 Data monitoring and recording

The equipment has a built-in data monitoring system that can track changes in the sample during testing in real time. By automatically recording the data, researchers are able to analyze information such as cracks, deformations, and strength changes of the material, providing an important basis for further research and optimization of material properties.

3 Application Fields

3.1 Automotive industry

The 360-degree rotating sample holder ozone chamber is widely used to test the ozone resistance of automotive parts, especially rubber and plastic parts (e.g. tires, seals, brake hoses, etc.). Automotive components are exposed to ozone during daily use, and testing the ageing resistance of these materials is essential to ensure the long-term safety of automobiles.

3.2 Aerospace

Exterior parts of airplanes are often exposed to high concentrations of ozone, especially when flying at high altitudes. Ozone chambers can effectively simulate this environment and assess the ozone resistance of aircraft seals, fuel lines and other rubber products to ensure flight safety.

3.3 Electronics

Many electronic product exterior materials (e.g., housings, seals, etc.) are susceptible to ozone, affecting both appearance and functionality. 360-degree rotating sample holder ozone chambers can help assess the degree of deterioration of these materials under prolonged ozone exposure to optimize the design of the product and prolong its service life.

3.4 Construction Materials

In the construction industry, exterior materials and coatings are often exposed to atmospheric pollutants such as ozone, causing fading, cracking or peeling. Ozone chamber testing ensures the durability of these materials in long-term use and enhances the safety and aesthetics of building structures.

3.5 Power Industry

Exposure of materials in electric power facilities (e.g., cables, insulation, etc.) to ozone accelerates deterioration and affects the safety of the facilities. By simulating the ozone environment, the aging process of electric power equipment can be predicted, helping to design more durable electric power products.

4. Equipment Advantages

4.1 Accurate test results

The 360-degree rotating sample holder ensures that the sample is uniformly exposed to ozone gas, avoiding the problem of uneven exposure that can occur in traditional tests and providing more accurate test results.

4.2 Adaptable

The equipment can not only adjust the ozone concentration, but also simulate different temperature and humidity conditions to meet the needs of materials testing in various environments, especially suitable for testing under extreme environmental conditions.

4.3 Improvement of testing efficiency

By accelerating the aging process, the ozone chamber can significantly shorten the test cycle, saving time and cost, while providing rapid performance evaluation.

4.4 Multiple Applications

The equipment is suitable for material testing in a wide range of industries, covering applications from automotive and aerospace to construction and electric power, and has a broad market outlook.