Airblown fiber optic cable 12, 24, 48, 144 and 256 fibers
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product detail
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Parameters
| product name | Fiber optic cable |
| Fiber count | 12-256 Threads |
| Construction | Loose center tube |
| Fiber type | Monomodo 9/125 |
| Outer jacket material | PE (negro) |
| Material Strength Member | Steel wire |
| Weight | 50 KILOGRAMS / KILOMETER |
| Armor cloak | PSP Steel |
| Application | Antenna and Conduit |
| Jacket diameter | 5,0 mm-10,0 mm |
| Jacket material | PHYSICAL EDUCATION |
| Wavelength test | 1310/1550 nm |
| Operating temperature | -40 ℃ ~ 85 ℃ |
More information
Product Introduction
Blown fiber optic cable is installed by propelling specialized, lightweight, low-friction cables through pre-installed microducts (typically 5 to 25 mm in diameter) using high-pressure compressed air from blower motors. This method enables rapid deployment (up to 1-2 km/h), drastically reducing labor, time, and trenching costs compared to traditional cable laying. Ideal for congested urban areas or future-proof networks, it allows for the gradual addition of fiber without duct replacement, minimizing disruptions and operating expenses (OPEX) and scaling capacity as needed.
Features
Low-friction HDPE sheathing | Ultra-lightweight design | High tensile strength | Optimized for compressed air propulsion in microducts (Ø 3-25 mm) | Modular structure (cables blown into segments) | Future-proof scalability | Minimal bending radius | Rodent and UV resistant | Compatible with existing duct infrastructure.
Applications
Urban FTTH deployments: Install fibers quickly in congested underground conduits with minimal excavation.
5G backhaul networks: Scale up capacity on demand for mobile tower connections in densely populated cities.
Campus/Data Centers: Ensures the future of connections between buildings through pre-installed micro-conduits.
Transport corridors: It is deployed along railways and highways without the need for disruptive civil works.
Disaster recovery: Enables urgent fiber restoration in damaged duct systems.

