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24core 48core ADSS Outdoor fiber optical cable

Basic Info

Model No.ADSS

BrandJQ

Place Of OriginChina

Number Of Cores≥ 10

Additional Info

PackagingWooden Drum

Productivity1800/1 month

TransportationOcean,Land,Air,Express,Others

Place of OriginChina

Supply Ability1800km/1 month

CertificateCE/ISO/ROHS/FC

HS Code8544700000

PortGuangzhou,Zhejiang

Product Description

24-Core and 48-Core ADSS Outdoor Fiber Optic Cable – Durable, UV-Resistant, and Ideal for Harsh Environments

Engineered for long-term performance in demanding outdoor conditions, this 24-core and 48-core All-Dielectric Self-Supporting (ADSS) fiber optic cable delivers exceptional reliability and signal integrity. Designed specifically for aerial installations along utility poles or transmission towers, it combines advanced materials with precision engineering to ensure uninterrupted data transmission across telecommunications networks, smart grids, and industrial infrastructure.

Key Features:

  • High-density core configurations: Available in both 24-core and 48-core variants for scalable bandwidth needs
  • UV-stable polyethylene (PE) outer jacket: Offers superior resistance to sunlight degradation, preventing brittleness and cracking over time
  • Fire-retardant properties: Meets international standards for flame propagation, making it safe for use near high-temperature zones or flammable environments
  • Water-blocking technology: Longitudinal water-swellable tapes and yarns prevent moisture ingress, ensuring stable optical performance even in humid climates
  • Non-conductive design: Uses aramid fibers as strength members instead of metal—ideal for installation alongside high-voltage power lines without electrical interference
  • Extended service life: Manufactured under strict quality control processes, the cable is designed to last up to 30 years with minimal maintenance

This ADSS fiber solution features a robust structure where each fiber strand is individually protected within a central tube filled with gel-free water-blocking elements. The entire assembly is reinforced with tension-resistant aramid yarns that provide mechanical stability during wind loading, ice accumulation, or thermal expansion. The final extruded sheath—either standard PE or electrically marked AT-grade—offers enhanced durability against abrasion, chemical exposure, and environmental stressors like extreme heat, cold, or pollution.

It’s an ideal choice for deployment in remote locations such as mountainous regions, coastal areas, deserts, or urban environments where traditional buried cables are impractical. Whether supporting rural broadband expansion, connecting substations in energy systems, or enabling secure communication links in government or defense projects, this product excels in challenging terrain and variable weather patterns.

Customers worldwide have praised its resilience in real-world applications—from tropical monsoon zones to arctic climates—and appreciate the consistent signal loss performance over decades. Many report fewer outages compared to conventional solutions, especially when installed using proper tensioning techniques and splicing methods.

Common Questions:

What makes ADSS different from ducted or direct-buried fiber? Unlike metallic cables, ADSS does not require grounding and can be safely mounted on existing power line structures without risk of induced currents or corrosion. It's also faster to install than trenching options, reducing project costs and disruption.

Is it suitable for extreme temperatures? Yes—the polymer jacket maintains flexibility between -40°C and +70°C, while internal components remain unaffected by thermal cycling, making it perfect for polar regions or desert environments.

How do I verify quality before purchase? Each batch undergoes rigorous testing including tensile strength, bend radius, water ingress resistance, and attenuation measurements. Test reports and documentation are provided upon request to ensure transparency and compliance with global telecom standards.

Why choose this over other outdoor fiber solutions? Its combination of non-metallic construction, longevity, and low maintenance sets it apart from alternatives that degrade faster under UV exposure or suffer from moisture-related failures. With proven field performance across five continents, it remains a top choice for engineers seeking dependable, future-proof connectivity.

Product Categories : Outdoor Fiber Optic Cable > ADSS Fiber Optic Cable

Product Images
  • 24core 48core ADSS Outdoor fiber optical cable
  • 24core 48core ADSS Outdoor fiber optical cable
  • 24core 48core ADSS Outdoor fiber optical cable
  • 24core 48core ADSS Outdoor fiber optical cable
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