Why Automotive Wiring Harness Protection Sleeve Should Avoid the Sun

The Automotive Wiring Harness Protection Sleeve is a tube of different thickness made of Cable Sleeve texture material. It can be used in general experiments in chemical laboratories, such as the export and connection of gases, etc. However, it cannot be used for high temperature experiments.

Why should the Automotive Wiring Harness Protection Sleeve avoid direct sunlight? It is a product that dissolves the Cable Sleeve into water after emulsification. In other words, its essence still belongs to the Cable Sleeve. Therefore, there is still a certain connection with the Cable Sleeve in terms of properties. The Cable Sleeve can be damaged by high-energy ultraviolet rays, which directly cause the breakage and crosslinking of the molecular bonds of the Cable Sleeve.
In addition, the Cable Sleeve will generate free radicals due to the absorption of light energy, which will cause and accelerate the oxidation chain reaction process. After the action of these two additives, ultraviolet light and light energy, the chemical reaction of the Cable Sleeve is accelerated, and network cracks will appear on both sides, which is the so-called "light outer layer crack". With this feature, the Cable Sleeve still brings latex, so that latex cannot avoid this problem.
As I just mentioned, the protective sleeve of the Automotive Wiring Harness Protection Sleeve is a tube of different thickness made of the material of the Cable Sleeve. The weakness of the Cable Sleeve, which is afraid of light, is still brought to the Automotive Wiring Harness Protection Sleeve. It cannot chemically react with ultraviolet rays and light. And the sun is the protagonist that emits strong ultraviolet rays and provides light energy.
Therefore, the Automotive Wiring Harness Protection Sleeve should avoid direct sunlight as much as possible. After the Automotive Wiring Harness Protection Sleeve is exposed to direct sunlight, it will be greatly affected, and its service life will be greatly shortened. Therefore, we must pay attention to the problem of direct sunlight.