Feature
- we can custom fiber cable structure, fiber count, length, package for you.
- price unbeatable
- Shortest delivery time for you, we produce 2000KM / day
- The unique second coating and stranding technology provide the fibers with enough space and bending
- Endurance, which ensure good optical property of the fibers in the cable
- Accurate process control ensures good mechanical and temperature performance
- High quality raw material guarantees the long service life of cable
- Diameter reduced rigid loose tube, provides smaller cable diameter and blowing performance
Core Specifications
Fiber core can be customized.
Air blowing fiber, also known as jet fiber, is an efficient way to install fiber optic cable and facilitates the future expansion of fiber optic networks. The structure of this cable is put 250µm single-mode or multi-mode optical fiber into a loose tube, the loose tube is made of high modulus material, which is filled with non-toxic and harmless waterproof compounds. The FRP strength member is put in the central tube to strengthen the cable. Outside of the loose tube is with Ripcord and polyethylene (HDPE) sheath.
Description
- Loose tubes with 12 or 24 optical fibers, filled with thixotropic compound
- Stranded loose tubes and fillers (if necessary)
- Central strength member made of fibre reinforced plastic (FRP)
- Cable strand: dry, with water blocking yarns
- Outer sheath: HDPE, black, anti-UV, one ripcord under the sheath
- Reaction to fire:Fca
Features and Benefits:
- The unique second coating and stranding technology provide the fibers with enough space and bending
- Endurance, which ensure good optical property of the fibers in the cable
- Accurate process control ensures good mechanical and temperature performance
- High quality raw material guarantees the long service life of cable
- Diameter reduced rigid loose tube, provides smaller cable diameter and blowing performance
- Dielectric design with dry core , environmentally friendly
- Smooth and low friction outer sheath , suitable for different micro ducts
Air Blown Fiber Advantages
- Air blown fibers being blown into place, rather than pulled, puts no zero tensile stress on the fiber during installation and fiber splice points can be eliminated, lowering attenuation and increasing system performance and integrity.
- Installing blown fibers ensures that the microduct can be reused for fiber expansion or replacement in the future by blowing out the existing microcables and blowing in new ones.
- Air blown fiber systems offer cost savings and other benefits compared to traditional fiber systems. These benefits include reduced outside plant material, faster installation times, fewer fiber connection points (which reduces the number of splices), simplified repairs and maintenance, and a path for future evolving applications (such as adding new fibers).
Application:
The GYCFHTY-24 G.652D micro cable is primarily used for installation in microduct systems, suitable for long-distance and local area network applications. Its robust design and low attenuation rates make it ideal for telecommunications, CATV, and broadband networks, Trunk line, metropolitan area network, access network
Structure
Items | Description | |
Optical fiber | Count | 2-144 |
Color | Blue、Orange、Green、Brown、Gray、White、Red、Black、Yellow、Violet、Pink、Aqua | |
Loose tube | Color | Blue、Orange、Green、Brown、Gray、White、Red、Black、Yellow、Violet、Pink、Aqua |
Material | PBT | |
Infilling | Fiber jelly | |
Center strength member | FRP | |
Water-blocking material | 2*Water-blocking yarn | |
Ripcord | 1*Polyester yarn，Red | |
Outer sheath | Material | HDPE/Black |
Optical fiber characteristics：
Single mode
Category | G652D （1310nm/1550nm） | G657A1 （1310nm/1550nm） | G657A2 （1310nm/1550nm） | |
Attenuation | Typical | 0.36dB/km/0.22dB/km | 0.36dB/km/0.22dB/km | 0.36dB/km/0.22dB/km |
Max | 0.4dB/km/0.3dB/km | 0.4dB/km/0.3dB/km | 0.4dB/km/0.3dB/km | |
Zero dispersion slope | ≤0.091ps/km·nm2 | ≤0.092ps/km·nm2 | ≤0.092ps/km·nm2 | |
Chromatic dispersion（1285-1340nm） | -3.5-3.5ps/（nm·km） | -3.5-3.5ps/（nm·km） | -3.5-3.5ps/（nm·km） | |
MFD（@1310nm） | 9.2±0.4μm | 8.8±0.4μm | 8.8±0.4μm | |
Cut-off wavelength | ≤1260nm | ≤1260nm | ≤1260nm | |
Min bending Radius | 16mm | 10mm | 7.5mm | |
Cladding diameter | 125±1.0μm | 125±1.0μm | 125±1.0μm | |
Multi mode
Category | 62.5/125μm （850nm/1300nm） | 50/125μm （850nm/1300nm） | BIOM3 （850nm/1300nm） | BIOM4 （850nm/1300nm） | |
Attenuation | Typical | 3.0dB/km/1.0dB/km | 3.0dB/km/1.0dB/km | 3.0dB/km/1.0dB/km | 3.0dB/km/1.0dB/km |
Max | 3.5dB/km/1.5dB/km | 3.5dB/km/1.5dB/km | 3.5dB/km/1.5dB/km | 3.5dB/km/1.5dB/km | |
Bandwidth（MHz·km） | ≥200/≥500 | ≥500/≥500 | ≥1500/≥500 | ≥3500/≥500 | |
Effective mode bandwidth（MHz·km） | —-/—- | —-/—- | ≥2000/—- | ≥4700/—- | |
Min bending Radius（mm） | 30 | 30 | 7.5 | 7.5 | |
Cladding diameter
| 125±1.0μm | 125±1.0μm | 125±1.0μm | 125±1.0μm | |
Mechanical and Environmental performance：
Items | Short-term | Long-term |
Tensile performance “G=m*g”,”m” is the weight of cable per kilometer, the unit is Newton（N） (N).
| 1G | 0.3G |
Crush resistance | 450N/100mm | 150N/100mm |
Min bending radius(“D” is the diameter of the cable) | Static：12.5D | |
Dynamic：20D | ||
Installation temperature | -20℃～﹢60℃ | |
Operating temperature | -40℃～﹢70℃ | |
The mechanical properties of other optical fibers and optical cables shall meet the international standards of IEC60793 or IEC60794. | ||
FAQ
Yes. We are the real manufacturer with more than 500 staff.
Yes, small order is available .We support new project of our customers as we know business is always from small order.
10 years for Lan cable , 25 years for fiber optic cable
ISO9001, SGS, UL, CPR, CE, RoHs
Usually within 10-15 working days
Lan Cable,our annual output is 500000*305m
Outdoor/Indoor Fiber Optic Cable, our annual output is 8,000,000 KM;
FTTH/FTTX/FTTA Cable, it is 6,000,000 KM per year;
Patch Cord/Pigtails, it is 12,400,000 Pieces per year.
T/T, L/C, Western Union and Ali pay.
Yes. We supply OEM&ODM service. You can send us your drawing or we make design by our professional customized team.
