• Experience the efficiency of COMX Microduct Cables, engineered for seamless integration in both aerial and duct applications. These cables are crafted to be lightweight, with a smaller diameter that facilitates easy stripping and fast mid-span access, optimizing installation time. Designed with kink-resistant micro modules and UV-resistant materials, they ensure long-term durability and performance under diverse environmental conditions. Meeting stringent standards such as IEC 60794 and ITU-T, COMX Microduct Cables are available in a variety of fiber types, including options for ultra-high fiber counts and high-tensile strength configurations for aerial setups. Choose COMX for advanced microduct solutions that deliver reliability and flexibility in your network infrastructure.
  • The COMX 2 Way Micro Duct is designed for high-density fiber optic deployments in urban and long-distance networks. Made from UV-stabilized HDPE, these ducts feature a silicone ribbed layer with longitudinal ribs, enabling effortless blowing of micro cables. These micro ducts allow for efficient cable routing in limited spaces and within existing conduits. The inner duct colours and order are fully customisable and can be produced as full coloured or striped. With excellent tensile strength, flexibility, and crush resistance, they are ideal for direct burial or duct-in-duct applications. COMX Micro Ducts optimize space usage, reduce installation costs, and ensure long-term durability in harsh environmental conditions.
  • The COMX 2 Way and 4 Way Micro Ducts are designed for high-density fiber optic deployments in urban and long-distance networks. Made from UV-stabilized HDPE, these ducts feature an ultra-smooth silicone inner layer with longitudinal ribs, enabling effortless blowing of micro cables. Available in both 2-way and 4-way configurations, they allow for efficient cable routing in limited spaces and within existing conduits. With excellent tensile strength, flexibility, and crush resistance, they are ideal for direct burial or duct-in-duct applications. COMX Micro Ducts optimize space usage, reduce installation costs, and ensure long-term durability in harsh environmental conditions.
  • The COMX Divisible Duct Sealing (12mm) is a high-performance solution designed to ensure secure and efficient sealing of 12mm microducts. Its slim, compact form factor allows for easy installation even in space-constrained environments. Featuring color-coded rubber seals and a divisible body, it is perfectly suited for retrofitting existing systems without disrupting active cables. The seal delivers a pull-out resistance of ≥100N, ensuring long-lasting reliability and robust cable retention. Designed for simplicity and speed, this duct sealing solution enhances operational flexibility, making it ideal for telecommunications networks, fiber deployments, and maintenance scenarios where efficient sealing is critical.
  • The COMX Micro Duct End Stop Connector (12mm) is a high-performance solution designed to securely seal the end of microducts, preventing dust, moisture, or debris from entering unused ducts. Built with a transparent crystal-clear body for easy visual inspection, it ensures secure termination with simple push-in installation. Crafted from 95% non-metal materials, it is lightweight, durable, and corrosion-resistant. Locking rings provide added safety by preventing accidental removal. Compliant with EN 50411-2-8:2009 standards, it is ideal for use in fiber optic networks requiring sealed protection. Engineered specifically for sealing unused 12mm microducts with precision and ease.
  • The COMX Micro Duct Straight Connector (12/10mm) is designed for secure and efficient connections between microducts in fiber optic networks. Featuring a crystal-clear, transparent body, it allows for easy visual inspection during installation. Its user-friendly push-in design ensures quick assembly while the integrated locking rings prevent accidental disconnection. Made from 95% non-metallic materials, the connector is lightweight, corrosion-resistant, and suitable for a wide range of ducting applications. It is tested to meet EN 50411-2-8:2009 standards, delivering exceptional performance and durability in demanding telecommunication infrastructure environments.
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