Ozone Aging Test Chamber for Safety Door Lock Device

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

Ozone Aging Test Chamber for Security Lock Devices

The ozone aging test chamber for security lock devices is a piece of equipment used to test the aging performance of security locks in an ozone environment. By simulating the corrosive effects of ozone, it evaluates the lock’s resistance to ozone and assesses whether material degradation, surface cracking, or functional failure may occur during long-term use. This type of equipment is widely used in the quality testing and research and development processes for security locks, mechanical locks, automotive locks, and similar products, ensuring that they perform reliably in harsh environments over extended periods.

1. Ozone Concentration Control System

• The test chamber is equipped with a precise ozone concentration control system that can steadily regulate the ozone concentration, typically between 10pphm to 500pphm, and can be customized according to customer requirements.

• The system includes an ozone sensor that continuously monitors the concentration and adjusts it automatically to maintain a constant level, ensuring accurate results without fluctuation in concentration.

2. Temperature and Humidity Control System

• The chamber is equipped with a temperature and humidity control system that accurately adjusts the chamber’s temperature and humidity, typically with a temperature range of 40°C to 80°C and a humidity range of 20% RH to 95% RH.

• By adjusting the temperature and humidity, different environmental conditions for ozone aging can be simulated, helping to assess the impact of various climates on security lock devices.

3. Uniform Ozone Distribution

• The test chamber features an optimized air circulation system that ensures ozone gas is evenly distributed within the chamber, avoiding overly high or low concentrations in certain areas and ensuring that each sample is uniformly exposed to the ozone environment.

• This uniform distribution ensures the repeatability and accuracy of the experiment.

4. Ultraviolet (UV) Simulation

• Some models of the ozone aging test chamber are equipped with ultraviolet (UV) lamps to simulate the effects of UV radiation on security lock devices. The combined action of UV and ozone accelerates the material aging process, providing a more realistic simulation of materials’ aging in actual environments.

• Through UV simulation, the test chamber can replicate more extreme climatic conditions, helping to speed up aging tests.

5. Intelligent Control and Operation System

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

• The system also supports remote monitoring and automation, significantly improving efficiency and reducing human error.

6. Data Recording and Analysis Function

• The test chamber has an integrated data recording system that logs key data such as temperature, humidity, and ozone concentration in real-time, ensuring traceability of the testing process.

• It also supports data export and report printing, allowing users to perform post-test data analysis and summaries to meet quality control and R&D needs.

7. Safety Protection Design

• The chamber is equipped with multiple safety features, such as over-temperature protection and high ozone concentration alarms, ensuring safe operation.

• If a malfunction or anomaly occurs, the system automatically stops and triggers an alert to prevent damage to the equipment or loss of samples.

1. Lock Industry

• Security locks, electronic locks, mechanical locks, and other products undergo ozone aging testing to ensure that they are not affected by ozone corrosion over time, extending their service life and maintaining their safety and reliability.

2. Automotive Industry

• Automotive locks and other components exposed to external environments can be tested using the ozone aging test chamber to determine if they degrade or fail over time when exposed to ozone, ensuring long-term performance in harsh conditions.

3. Electronics Industry

• The plastics and sealing materials in electronic products may be affected by ozone exposure over time. Ozone aging testing ensures that these components maintain their performance under ozone environments.

4. Research and Development of Materials

• In the development of new materials, researchers can use the ozone aging test chamber to evaluate the ozone resistance of various new materials, optimizing material formulas and improving product quality and stability.

5. Quality Control and International Certification

• Many international certification bodies require ozone aging tests, especially for products with high weather resistance requirements. This equipment is widely used in third-party testing agencies and certification bodies.

The ozone aging test chamber for security lock devices is a crucial testing tool that simulates the effects of ozone on locks and related materials. By precisely controlling ozone concentration, temperature, humidity, and other environmental factors, the test chamber helps evaluate the durability, functional stability, and performance of security locks over extended periods of use. This equipment has wide applications across industries such as lock manufacturing, automotive, electronics, materials research, and more, playing an important role in improving product quality, extending service life, and ensuring product safety.