UV Accelerated Aging Chamber

UV light accelerated aging test chamber is equipped with UV lights, temperature & humidity control, and air circulation system. The UV radiation mimics the effects of sunlight, which can cause discoloration, cracking, embrittlement, and other degradation of materials over time. UV accelerated aging chambers are commonly used to test the performance and durability of materials, products, and coatings.

Specification 

Complied Tests: ASTM D4329,ASTM G151,ASTM D4674,ASTM D5208,ASTM D6662,EN12224,EN 927-6, ISO

11507,ISO 11895,this test equipment comply with above test standards (but not limited to)

What is UV light accelerated aging test chamber?

UV light accelerated aging test chamber is used to simulate the effects of long-term exposure to ultraviolet (UV) radiation on various materials and products. The chamber adopts UV lamps to expose the test samples to high levels of UV radiation, simulating the effects of sunlight and other sources of UV radiation.

The test chamber is applied in automotive, aerospace, and construction industries, these materials, like plastics, paints, and coatings, are exposed to UV radiation over extended periods. By subjecting the materials to accelerated aging in the UV chamber, the researchers can evaluate how the materials will perform over time, including their resistance to UV degradation, fading, discoloration, and cracking.

Overall, the UV light accelerated aging test chamber is a valuable tool for manufacturers and researchers who want to test and evaluate the durability and performance of materials and products under harsh environmental conditions.

Feature

The main features of Climatest Symor® UV light accelerated aging test chamber include:

• UV lamps: The UV lamps emit high levels of UV radiation to simulate the effects of sunlight on the test samples.

• Temperature control: The chamber realizes temperature control, to ensure that samples are exposed to the desired temperature range during the test.

• Humidity control: UV aging test chambers also simulate different humidity levels during testing.

• Programmable controls: The chamber can be programmed to run specific testing protocols, including exposure times, UV intensity, temperature, and humidity levels.

• Sample Holders: The chamber typically includes sample holders or racks to hold the samples in place, and ensure that they are exposed to the UV radiation evenly.

• Safety devices: UV aging test chambers typically have protecion devices, to protect the operator and prevent damage to the equipment, including UV-blocking windows, alarms, and shut-off switches.

Overall, UV light accelerated aging test chamber is designed to provide precise control over the test conditions and ensure accurate and reliable results for the evaluation of materials and products.

UV light accelerated aging test chamber application

Climatest Symor® UV light accelerated aging test chamber has a wide range of applications in various industries. Here are some common applications of the test chamber:

• Automotive Industry: The test chamber is used to evaluate the durability and resistance to UV degradation of automotive materials, such as paints, plastics, and rubber components.

• Aerospace Industry: The test chamber is used to evaluate the resistance to UV degradation of aerospace materials, such as coatings, composites, and seals.

• Construction Industry: The test chamber is used to evaluate the durability and resistance to UV degradation of building materials, such as roofing materials, paints, and coatings.

• Electronics Industry: The test chamber is used to evaluate the durability and resistance to UV degradation of electronic components, such as circuit boards, coatings, and plastic housings.

• Chemical Industry: The test chamber is used to evaluate the resistance to UV degradation of medical device materials, such as polymers, coatings, and adhesives.

Overall, the UV light accelerated aging test chamber is a valuable tool for evaluating the durability and performance of various materials and products under harsh environmental conditions, particularly exposure to UV radiation. It can help manufacturers and researchers to develop better products and materials that can withstand the effects of long-term exposure to UV radiation.

How to use UV light accelerated aging test chamber?

A UV light accelerated aging test chamber is a device used to simulate the effects of sunlight on various materials and products over time. Here are some general steps to use Climatest Symor® UV aging test chamber:

• Read the user manual: Before operating the UV aging test chamber, it's essential to read the user manual carefully, which contains important safety precautions, operating instructions, and maintenance requirements.

• Prepare samples: Load the samples onto the sample holders or racks in the test chamber. Ensure that the samples are evenly spaced.

• Set the test parameters: Set UV radiation intensity, temperature, and humidity, according to the testing standard. Ensure that the parameters are within the specified range.

• Monitor the test: During the test, monitor the samples for any changes or degradation. Periodically check the temperature, humidity, and UV exposure to ensure that they remain within tolerance.

• Evaluate the samples: After the test is complete, remove the samples from the chamber, an record any changes of samples, such as fading, discoloration, cracking, or other signs of degradation.

• Analyze the results: Analyze the results and compare them to the acceptance criteria specified in the testing standard. If the samples pass the test, they meet the specified durability requirements. If the samples fail the test, further evaluation and testing may be required.

It is important to follow the testing standard or protocol carefully to ensure accurate and reliable results. The test conditions, such as UV radiation intensity, temperature, and humidity, should be calibrated and monitored regularly to ensure accuracy and consistency.0