Micro air-blown fiber optic cable, duct cable, price per 1 km

Description

Microduct cable is primarily used in cabling applications employing air-blown micro-cable technology. The fiber optic cable travels in the direction of the airflow within the HDPE micro-tube at a uniform speed, reducing cable installation costs and improving construction efficiency. Due to the small diameter and high capacity of the fiber, it can be installed in microduct sub-unit conduits with varying apertures, further optimizing the utilization of communication conduits. For backbone network deployment, air-blown microduct fiber optic cable is one of the most cost-effective and efficient fiber optic cable options.

Feature

1. Central resistance element (CSM): glass fiber reinforced plastic (GRP) material, with overheating when necessary.
2. Micromodules: PBT material containing 12 optical fibers and filled with a suitable sealing compound with easy detachment capability.
3. Braiding: flexible tubes, SZ braided around the CSM.
4. Longitudinal watertightness: water-inflatable materials (dry core).
5. Outer sheath: HDPE and rip cord underneath

Application

Telecommunications networks:
They are used for both trunk and last-mile connections, enabling high-speed data transmission for voice, video, and Internet services.
Data centers:
Ideal for organizing and managing fiber optic connections, enabling efficient data flow and easy scalability as demand increases.
Broadband Internet:
They are deployed in residential and commercial broadband networks to provide high-speed Internet access, supporting multiple users and devices.
Smart Cities:
It supports infrastructure for smart city initiatives, including IoT devices, traffic management systems, and public safety communications.
Campus networks:
They are used in educational institutions and corporate campuses to connect multiple buildings with high-capacity fiber links, improving communication and data exchange.