GYFTY 24 Core Customized Length Outdoor Fiber Optic Cable Featuring 20 Suitable for Outdoor Networking and Harsh Environmental Conditions
24 core outdoor fiber optic cable
,custom length fiber optic cable
,harsh environment networking cable
Product Description:
GYFTY cable is a non-metallic, all-dielectric outdoor fiber optic cable. Because it contains no conductive metal components, it is primarily used in environments prone to high electromagnetic interference (EMI) or frequent lightning strikes. It is designed for aerial (overhead) and underground conduit (duct) installation
Features:
Core BenefitsZero Conductivity: Eliminates the risk of induced currents from lightning or nearby power grids, making it perfectly safe for high-voltage power corridors.
EMI Immunity: Resists electromagnetic interference from electrical substations, radio towers, or industrial machinery.
Lightweight: Non-metallic materials make the cable lighter, which eases the load on utility poles and makes it easier to pull through underground conduits.
Technical Parameters:
| Armor | Corrugated Steel Tape |
| Sheath | PE |
| Strengthen Core | FRP |
| Length | Customized |
| Allowed Tensile Strength | 100N < 1000N |
| Sample Status | In Stock |
| Lift Time | 25 Years |
| Cable Diameter | 5.0-11.0±0.3mm |
| Strength Member | Steel Wire |
| Cable Type | Direct Burial Fiber Optic Cable |
This Direct Burial Fiber Optic Cable is designed for durable outdoor applications. The Direct Burial Fiber Optic Cable features a corrugated steel tape armor and PE sheath to ensure protection and longevity. With a steel wire strength member and FRP strengthen core, this Direct Burial Fiber Optic Cable supports reliable performance and a lifespan of 25 years.
Applications:
- Power Systems: Routinely installed alongside power distribution lines, electrical substations, and smart grids.
- Lightning-Prone Areas: Highly recommended in geographic regions that experience frequent thunderstorms, protecting the network from surges.
- Aerial & Duct Deployment: Ideal for lashing to existing utility poles or pulling through underground conduits.
- Long-Haul & Backbone Networks: Used as trunking lines connecting telecommunication closets, remote facilities, and rural Fiber-to-the-Home (FTTH) networks