Air Blown Micro Cable

Stranded Micro Air blow Cable GCYFY

Name: Stranded Micro Air blow Cable GCYFY
Availability: InStock

The GCYFY stranded micro air-blown cable combines the fiber density advantages of stranded loose tube construction with the installation efficiency of air-blown deployment. Its low-friction outer sheath enables blowing distances of 1000–1500m+ through pre-installed microducts, while the stranded design provides organized fiber management and easy mid-span access. This cable bridges the gap between compact EPFU units and traditional duct cables, offering higher fiber counts (up to 288) in a blowable form factor.

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The Stranded Loose Tube Micro Air Blown Fiber Optic Cable GYFY is a specialized type of fiber optic cable designed for micro air-blown fiber installation systems. It features a stranded loose tube design, making it suitable for outdoor and indoor applications where flexibility and ease of installation are essential. Large core number air blowing cable GYFY cable structure is the phi 250 mu m optical fibers are jacketed high modulus material made of loose tube, the loose casing pipe is filled with waterproof compound, loose tube around the center of the strengthen core twist synthetic compact round cable core, the cable core gap mid to moisture-proof waterproof yarn, then extruding PE sheathed cable.

Characteristics

Small outside diameter, light weight, easy to lay.

Adopt semi dry structure, construction is clean and tidy.

Loose tube material itself has a good water resistance and high strength.

special tube filling compound ensure a critical protection of fiber.

Adopt the following measures to ensure the waterproof performance of the optical cable.

Loose tube filled with special waterproof compound.

Using dry type of water blocking material, the whole section of water resistance, to prevent the optical cable vertical seepage.

Application

Using microtubule resources, especially for the backbone network, access network and fiber to the home.

Cabling costs are low and suitable for upgrading the old city and building network.

Standard

YD / T769-2010, GB / T 9771-2008, IEC794 and other standards

In addition to ordinary PE products, if LSZH products choose different materials, can meet IEC 60332-1 or IEC 60332-3C certification

Key Features

Stranded loose tube design for organized fiber management and mid-span access
Low-friction outer sheath for blowing distances of 1000–1500m+
High fiber counts: supports up to 288 fibers
Water-blocking compound and tape for outdoor protection
Compatible with standard microducts (10/8mm to 16/12mm)
Future-proof: blow out and upgrade without re-excavation

Frequently Asked Questions

1. When should I choose GCYFY over GCYFXTY?

Choose GCYFY (stranded) for higher fiber counts (24–288) and longer network segments where organized fiber management at splice points matters. Choose GCYFXTY (uni-tube) for lower fiber counts (2–24) and simpler point-to-point routes where compactness is the priority.

2. What is the maximum blowing distance for GCYFY?

Typical blowing distance is 1000–1500m in straight routes, reducing by approximately 20% per 90° bend. Routes with multiple bends may require intermediate access points at 500–800m intervals for optimal results.