COMX Immobility Tension Clamp is a durable and high-performance accessory designed to securely fasten suspension clamps to transmission towers. Ideal for power line and optical cable support applications, it ensures mechanical stability and safety in overhead cable installations. Constructed from corrosion-resistant galvanized steel, the clamp accommodates angle iron sizes up to 120mm and delivers a Rated Tensile Strength (RTS) of 70kN. Its robust design allows for easy installation and long-term reliability, even in harsh outdoor environments. The COMX Immobility Suspension Clamp is an essential component for ensuring safe, fixed cable alignment on tower structures.
COMX Stockbridge Vibration Damper is a highly efficient solution designed to minimize wind-induced vibrations on OPGW and ADSS cables. Featuring a precision-engineered tuning fork damper weight structure, it delivers four distinct resonance frequencies, effectively covering the full vibration range of optical cables. This unique configuration ensures that the vibration amplitude is significantly reduced, enhancing the lifespan and stability of both the cable and supporting hardware. Made from corrosion-resistant materials and available in various clamping diameters, the damper guarantees reliable performance in extreme environments. Ideal for power transmission lines requiring long-term cable protection and vibration suppression.
The COMX Suspension Set for OPGW is engineered for the secure and reliable installation of Optical Ground Wire (OPGW) cables on poles and towers. Designed to offer superior protection over traditional armor-clamp combinations, it minimizes bending, compression, and abrasion stresses on conductors. Constructed from high-quality hot-dip galvanized steel and aluminum alloy components, the set includes anchor shackle, eye link, suspension clamp, structural rods, and bonding lead—each carefully selected for durability and long-term performance. Rated for a failure load of up to 70kN, this suspension solution ensures mechanical strength and electrical continuity in demanding overhead fiber installations.
The COMX Tension Set for OPGW is engineered for terminating and securely anchoring Optical Ground Wire (OPGW) cables at terminal and tension towers. This robust solution distributes mechanical stress evenly across the cable surface, minimizing concentration and preventing cable damage. With high grip strength and the capacity to withstand significant tensile forces, the set ensures reliable long-term performance. Manufactured using hot-dip galvanized steel and aluminum-clad steel, the set includes all essential components such as anchor shackles, thimble clevis, and dead-end components. Ideal for urban OPGW installations, it supports rated loads of up to 70kN, ensuring strength, safety, and durability.
The COMX Dome Metal Splice Closure is a high-performance optical cable joint box designed for secure and reliable fiber optic connections in various network applications. Constructed from durable aluminum alloy, it provides high mechanical strength, corrosion resistance, and superior sealing to withstand harsh environmental conditions. With the capacity to support up to 96 fiber splices, it accommodates both direct and branch connections, ensuring flexibility and ease of maintenance. Designed to operate in extreme temperatures ranging from -40°C to +70°C, it is ideal for FTTH, LAN, PON, and optical fiber communication systems, offering long-lasting protection, superior fiber management, and network reliability.
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.
COMX Stay Wire and Accessories are engineered for securing and stabilizing utility poles in overhead network systems. Manufactured from high-quality galvanized steel, the stay wire features a 7/2.2 mm strand construction and is available in 12-meter lengths for efficient installation. The complete stay set includes tension rods, thimbles, stay rods, and pole clamps—each precisely designed to ensure strong, corrosion-resistant performance under harsh environmental conditions. Ideal for both wooden and concrete poles, the stay wire assembly supports the mechanical stability of telecom and power infrastructure, ensuring long-term durability, strength, and alignment across various terrain types.
The COMX Octagonal HDG Steel Transmission Pole is engineered for durability and high performance in telecommunications and utility infrastructure. Available in 9m and 11m heights, this direct burial pole features a robust octagonal design made from Q235B hot-rolled steel with a 4mm wall thickness. Its hot-dip galvanized surface ensures excellent corrosion resistance, making it ideal for outdoor deployment in varied climates. Equipped with a sturdy cross arm (40mm x 40mm x 1000mm, 4mm thick), the pole supports reliable mounting of telecom and electrical components. Designed for strength, stability, and longevity, the COMX pole is a dependable choice for modern network installations.
COMX U-PVC Pipes are engineered for underground conduit systems, offering robust protection and high performance in telecommunications and electrical cable routing. Available in light, medium, and heavy-duty classes—250N, 450N, and 750N—these pipes comply with the MS IEC 61386-24:2010 standard. The Class 250N pipes are designed for use with additional installation precautions, while Class 450N and 750N pipes can be directly buried underground without extra protection. Made from high-quality white U-PVC, they offer excellent chemical resistance, durability, and dimensional consistency. Customizable markings are available to meet project-specific identification requirements, ensuring safe and organized cable infrastructure installations.
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 Ductile Iron Articulated Pipe is engineered for superior protection of submarine cables in shallow water. Crafted from high-strength ductile iron, this innovative piping system enables rapid deployment during cable laying or diver installation. Each 600mm segment includes upper and lower cast parts that interlock for continuous cable protection. With a robust internal diameter of 80mm and resistance to corrosion, this system is designed for long service life and high tensile strength. COMX also offers adaptors to interface with directional drilling, flanges, or other cable protection systems.
COMX HDPE Silicon Core Pipes are high-performance composite conduits designed to protect optical and electrical cables in demanding telecom infrastructure environments. Manufactured using a co-extrusion process that embeds a permanent silicon core within the HDPE structure, these pipes ensure ultra-low friction for easy cable installation. The smooth internal surface allows for long-distance cable blowing, up to 2000 meters. With excellent mechanical strength, weather resistance from -40°C to 100°C, and a service life of over 50 years underground, they offer unmatched reliability. Ideal for highways, railways, and urban fiber optic networks, these pipes simplify construction and reduce overall project costs.
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