Accelerated Aging Test Chamber

The accelerated aging test chamber is a testing equipment used to simulate and evaluate the aging process of a product under controlled conditions in a shorter time frame than natural aging. Accelerated aging test chambers works by subjecting the product to specific environmental conditions, such as high temperature, humidity, and exposure to UV radiation. The accelerated aging chamber is designed to maintain a consistent and controlled environment, ensuring that the product is tested under standardized conditions.

Aging test is divided into temperature aging, sunlight aging, loading aging and so on. There are many commonly used aging test methods, including climate aging test, ultraviolet aging test, ozone aging test, high and low temperature alternating aging test, media aging test, humidity and heat aging test, hot air aging test, salt spray aging test and so on.

Types of Accelerated Aging Chambers

There are different types of accelerated aging tests that can be performed.

Ozone aging test chamber simulates and enhances ozone in the atmosphere conditions, studies the effect of ozone on rubber rules, rapid identification and evaluation of rubber anti-aging properties of ozone and ozone resistance agent protection function.

Steam aging test chamber is an automated process to artificial age electronic components and circuit boards.

Xenon aging test chamber adopts the xenon arc lamp that can simulate the full sunlight spectrum to reproduce destructive light waves existing in different environments so as to provide the corresponding environment simulation and acceleration test.

UV aging test chamber simulates damaging effects of long term outdoor UV spectra of sunlight, heat, moisture on materials and coatings.