Air-blown outdoor fiber optic cable, 12, 24, 48, 96 and 256 strands, factory price
We are happy to answer any questions, please send us your inquiries and orders.
product detail
Photos
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
Designed with smooth jackets and minimal weight, blown fiber optic cables are engineered for frictionless propulsion using compressed air through microducts. Their modular structure facilitates flexible, point-by-point fiber deployment: empty ducts are installed first, and cables are then blown in as needed, reducing costs. This approach eliminates overbuilding, simplifies future upgrades and replacements, and reduces civil engineering risks. Key applications include FTTH, 5G backhaul, and data center interconnects, offering unmatched scalability and cost savings throughout the entire lifecycle.
Features
Just-in-time deployment | Lower OPEX/CAPEX (labor and trenching savings) | Pay-as-you-grow flexibility | Incremental upgrades without duct replacement | High installation speed (1–2 km/h) | Minimal network disruption | Scalable capacity (add fibers on demand) | Long-term profitability | Ideal for FTTH/5G/data center deployments.
Applications
Phased network expansion: Fibers are installed gradually as customer demand increases, avoiding overconstruction costs.
Competitive ISPs: Accelerate service launch by utilizing existing pipeline infrastructure (e.g., sharing electricity poles).
Smart city modernization: Supports IoT/sensor networks with modular fiber additions for decades.
Modernizing old sites: Modernize old copper plants without the need to dig trenches (e.g., historic districts).
Temporary deployments: Install or remove fibers for events or construction work using reusable ducts.