Stranded Multi-Core Plastic Optical Fiber Cables

Stranded multi-core plastic optical fiber cables are made by arranging and combining multiple plastic optical fibers (POF) according to a specific stranding process, and then adding a reinforcing core and protective sheath. They retain the advantages of plastic optical fibers, such as resistance to electromagnetic interference and good flexibility, while the stranded structure enhances mechanical strength, making them suitable for multi-channel short-distance transmission applications.

The stranded multi-core fiber optic cable is robust enough to be suitable for amusement park rides, extreme cold weather, and underwater applications. The fiber is wound around a highly reflective PVC core, providing flexible and stable maximum optical output.

1. Cold light source, no ultraviolet radiation
2. Safe and reliable
3. Low energy consumption, environmentally friendly and energy-saving
4. Flexible transmission
5. High brightness

Indoor lighting, water feature lighting, swimming pool lighting, architectural lighting, lighting for architectural relics, and lighting for flammable and explosive materials.

Industrial Automation: Commonly used cables in factory automation, such as for multi-channel signal transmission between PLCs and multiple sensors/actuators. They are also suitable for robot joints, robotic arms, and other parts requiring frequent bending. The twisted structure reduces wear on the optical fiber during equipment movement, ensuring stable transmission of control commands.

Building and Interior Cabling: Suitable for vertical and horizontal cabling within buildings, especially suitable for office areas with multiple data points and smart home scenarios. Examples include optical networks connecting multiple smart home appliances in a home, or access links between end users and the backbone network in office buildings. The low-smoke, halogen-free sheath also meets building fire protection requirements.

Automotive and Consumer Electronics: Can be used in automotive multimedia systems to transmit navigation, audio, and other signals, adapting to the vibration and temperature variations within the vehicle. They can also be used as connection cables for consumer electronic devices, such as short-range, multi-channel data links between digital video devices and gaming devices.