Microduct Uni-Tube

Cable Construction Details:

Core: 2 to 24 fibers arranged in a compact configuration for efficient use of space.
Sheath: Single HDPE sheath with a 3.5mm diameter, providing robust protection against physical damage.
Strength Member: Aramid yarn offer tensile strength for ease of installation and cable support.
Microduct Design: Optimized for use within microducts, ensuring the cable fits neatly into microduct systems and maximizes space efficiency.

Compact and Durable: The 3.5mm HDPE sheath ensures a compact design while providing superior resistance to mechanical damage, ensuring long-term durability.
Microduct Compatibility: Designed specifically for installation in microducts, this cable facilitates space-efficient fiber installations and high-density network designs.
Enhanced Protection: The HDPE sheath offers excellent resistance to abrasion, UV rays, and chemicals, ensuring reliable performance in harsh environmental conditions.
Easy to Install: Lightweight and flexible, the cable reduces installation time and costs, making it ideal for rapid deployments in microduct systems.
UV and Environmental Resistance: The HDPE sheath is UV-resistant and designed to withstand exposure to extreme weather and other environmental stressors.
Versatile Applications: Ideal for fiber-to-the-home, broadband, and high-speed network installations, especially in outdoor or underground environments.

Cable Construction Details:

Core: 2 to 24 fibers organized in a compact configuration for efficient use of space.
Sheath: Single nylon sheath with a diameter of 2.5mm, providing durability, flexibility, and protection.
Strength Member: Aramid yarns provide tensile strength for ease of installation and support.
Microduct Design: Optimized for use within microducts, ensuring easy installation and space efficiency.

Compact and Flexible: The 2.5mm nylon sheath offers a compact form factor while maintaining flexibility for easy routing through microducts.
Microduct Compatibility: Specifically designed for installation within microducts, maximizing space efficiency and enabling high-density network designs.
Durability: The nylon sheath offers high resistance to abrasion and external mechanical stresses, ensuring longevity in challenging environments.
Lightweight and Easy to Install: Reduces installation time and cost due to its lightweight and flexible nature.
Safe for Harsh Environments: The design ensures high performance even in underground or outdoor environments, with UV resistance and protection from the elements.
Versatile: Ideal for use in broadband, fiber-to-the-home, and other high-speed network deployments.

Cable Construction Details:

Core: 2 to 24 optical fibers organized in a compact configuration, designed for space efficiency and ease of installation.
Sheath: Single nylon sheath with a 2.5mm diameter, providing a protective layer that is flexible and durable.
Fiber Coating: 200um diameter fibers for a fine, space-saving design while maintaining performance.
Strength Member: Aramid yarn is used for tensile strength and installation support.
Microduct Compatibility: Specifically designed for installation within microducts, allowing easy fiber cable routing in tight spaces.

Compact Design: The 2.5mm nylon sheath combined with 200um fibers provides a lightweight, compact solution for high-density network deployments.
Microduct Friendly: Optimized for installation in microduct systems, this cable maximizes space utilization and simplifies fiber deployments.
High Durability: The nylon sheath offers excellent protection against mechanical damage, abrasion, and environmental conditions, ensuring long-term reliability.
Flexible and Lightweight: Easy to handle and install, this cable design reduces labor and installation time, making it ideal for rapid deployments.
UV Resistance: The nylon sheath is resistant to UV degradation, allowing the cable to withstand exposure to sunlight and harsh outdoor environments.
Versatile Use: Suitable for applications such as fiber-to-the-home, broadband networks, and other high-speed data networks requiring compact and durable cables.