HDPE Sheath Air Blown Micro Cable for Communication

[Non metallic wire reinforced component, central bundle tube type, high-density polyethylene sheathed outdoor air blown optical cable for communication] The structure of the optical cable is to encase single-mode or multi-mode optical fibers in a high modulus plastic filled waterproof compound loose tube, with the loose tube placed in the center position, and reinforced non-metallic yarns (glass yarn, aramid yarn, etc.) placed around the loose tube, and an outer high-density polyethylene sheath extruded to form the cable.

pipeline air blowing laying, etc.

Suitable for long-distance communication and inter office communication, etc.

YD/T 1460.4-2019 Air blown miniature optical cables and fiber units for communication: miniature optical cables.

1. Reasonable design and precise control of the excess length of optical fibers in the loose tube, making the optical cable have excellent mechanical and environmental performance;
2. Structural optimization design with optimal fiber capacity;
3. Unique process control to prevent wrinkling and peeling of the protective sheath during air blowing;
4. High density polyethylene outer sheath to increase air blowing distance;
5. Placing reinforced yarns to enhance the tensile performance of optical cables;
6. Lightweight, small outer diameter, excellent bending performance, and a designed lifespan of over 25 years for optical cables.

[Non metallic wire reinforced component, central bundle tube type, high-density polyethylene sheathed outdoor air blown optical cable for communication] The structure of the optical cable is to encase single-mode or multi-mode optical fibers in a high modulus plastic filled waterproof compound loose tube, with the loose tube placed in the center position, and reinforced non-metallic yarns (glass yarn, aramid yarn, etc.) placed around the loose tube, and an outer high-density polyethylene sheath extruded to form the cable.

pipeline air blowing laying, etc.

Suitable for long-distance communication and inter office communication, etc.

YD/T 1460.4-2019 Air blown miniature optical cables and fiber units for communication: miniature optical cables.

1. Reasonable design and precise control of the excess length of optical fibers in the loose tube, making the optical cable have excellent mechanical and environmental performance;
2. Structural optimization design with optimal fiber capacity;
3. Unique process control to prevent wrinkling and peeling of the protective sheath during air blowing;
4. High density polyethylene outer sheath to increase air blowing distance;
5. Placing reinforced yarns to enhance the tensile performance of optical cables;
6. Lightweight, small outer diameter, excellent bending performance, and a designed lifespan of over 25 years for optical cables.