Product details
In the structure of optical cables, fiber optic sheath reinforcement refers to some materials such as glass fibers that are woven or twisted inside the cable to enhance the structural strength of the cable. Usually, reinforcement is woven between the sheath and core of the optical cable, which can protect the internal components of the cable and effectively prevent it from breaking due to external forces.
The role of plastic reinforcement components in optical cable sheathing
1. Protect the optical fiber from external forces
As the core part of optical cables, the internal optical signals of optical fibers cannot withstand the influence of external forces, otherwise it will have adverse effects on the performance of optical cables. The main function of reinforcing components is to protect the internal components of the optical cable from external pressure and maintain stable operation of the cable.
2. Bear the weight of the optical cable
The length of optical cables is relatively long, and without the support of reinforcement components, the weight of the cable itself can cause it to break or even collapse. The reinforcement can bear the weight of the optical cable and prevent it from breaking due to its own weight.
3. Resist the impact of harsh external environments
Fiber optic cables, as an important communication equipment for carrying information, usually need to be used in various harsh environments, such as high temperature, low temperature, humidity, etc. Strengthening components can resist these harsh environments and improve the stability and reliability of optical cables.
