There are three factors that cause damage to the High Sensitive Infraed Thermometer. It mainly includes three factors: light factor, high temperature factor, humidity factor, etc. The following is a simple interpretation of these three factors.
Illumination factor: The structure of different products of High Sensitive Infraed Thermometer also has different light intensity. For example, those durable materials, such as plastics, paints, etc., will not experience serious aging when they meet light. Therefore, it is necessary to analyze the material composition of the product equipment.
High temperature factor: When the surrounding temperature rises due to high temperature, the intensity and damage of light will increase. There is no direct chemical reaction between temperature and light, but there is a subtle relationship between them. Therefore, when testing programmable High Sensitive Infraed Thermometer products, we must grasp the precise temperature range.
Moisture factor: High Sensitive Infraed Thermometer is usually the case. Some moisture, rain, dew, etc. are all factors that cause humidity. Dew formed by moisture is the main factor of outdoor humidity. Dew causes more damage than rain because it It sticks to the material for a longer time, causing more serious moisture absorption. For example, the wood coating removes the surface aging layer due to rain washing, and exposes the unaged inner layer to sunlight, thereby causing further aging. In the High Sensitive Infraed Thermometer simulation test, the destruction mechanism of the composite material caused by the humid environment has been studied more clearly. Taking the diffusion of water to carbon fiber epoxy resin laminates as an example, the aging mechanism of the composite material in a humid atmospheric environment is illustrated.