FRP Loose Tube Fiber Optic Cable 12 Core GYFTY PE / LSZH Fiber Optic Cable
Volledig diëlektrische GYFTY FRP glasvezelkabel (2-144 kernen). Voorzien van FRP-versterking, PE/LSZH-mantel, uitstekende EMI-/bliksembescherming en waterblokkering. Ideaal voor antenne-, kanaal- en telecomnetwerken.
FRP loose tube fiber optic cable
,12 core GYFTY fiber optic cable
,LSZH fiber optic cable
All Dielectric Loose Tube FRP 12 Core Fiber Optic Cable GYFTY with Aramid Yarn PE/LSZH Outer Sheath
| Attribute | Value |
|---|---|
| Fiber Count | 2-144 |
| Fiber Type | G652D, Single Mode |
| Strength Member | FRP |
| Structure | Loose Tube Stranded |
| Single Armour Material | Aramid Yarn |
| Jacket | PE Or LSZH Outer Sheath |
| Color | Black |
| Water Blocking Material | Water Blocking Tap & Filling Compound |
| Application | Telecommunication, Aerial, Duct, Telecom, Network |
GYFTY outdoor cable is an all-dielectric loose tube 12-144 core FRP reinforced fiber optic cable designed for demanding outdoor applications.
- Small, lightweight design for duct and aerial installation
- FRP reinforced core with water blocking fillers
- Inner polyethylene layer for added protection
- "SZ" bidirectional layer twisting technology
- Step-by-step water blocking ointment filling
- Stable fiber length control
- Minimal additional attenuation and unchanged dispersion
- Excellent environmental performance (-10℃ to +70℃)
- Capacity for up to 288 fibers
- UV and moisture-resistant design
- All-dielectric structure for superior EMI protection
Suitable for various installation methods including overhead, pipeline, and direct burial applications. Ideal for both backbone and access networks in telecommunications infrastructure.
Completely non-metallic construction featuring non-metallic center reinforcement with glass fiber or aramid fiber reinforcement and polyethylene outer sheath. Custom structures available based on environmental and transmission requirements.
The all-dielectric design provides excellent resistance to electromagnetic interference, lightning strikes, and static electricity, making it particularly suitable for areas with severe power system interference.
Perfect for long-distance communication, inter-office networks, and optical cable entry points. Especially recommended for environments with significant power system interference, lightning activity, or electromagnetic disturbances.
