Description:

Due to the continuous development of manufacturing industries and the increasing number of transportation vehicles, large amounts of exhaust gas and pollutants are emitted, severely polluting the atmospheric environment. Electronic products, during their research, development, design, manufacturing, and consumption stages, are exposed to the atmospheric environment to varying degrees. The waste gases in the atmospheric environment, under certain temperature and humidity conditions, have a significant corrosive effect on electronic components, machine, or materials, especially the contact parts and connectors, which greatly affect the electrical performance and reliability of the products. Increasing the corrosion resistance capability of products has become an unavoidable issue for engineering professionals.

Gas corrosion testing is used to assess the adaptability of products, particularly contact parts and connectors, when working and stored in the atmospheric environment. The main factors influencing corrosion include temperature, humidity, and the corrosive components present in the atmosphere. The severity of the test depends on the types of corrosive gases and the duration of exposure. 

It can simulate various corrosive gases present in the atmosphere, such as nitrogen dioxide, sulfur dioxide, hydrogen sulfide, chlorine, and other corrosive gases. Single or multiple mixed gas corrosion tests can be conducted to determine the corrosion resistance capability of electrical and electronic components, equipment, and materials.

Image of Testing Equipment: