Products

  • GJASFKV Armored Indoor Multi-Core Single/Multi Mode Fiber Optical Cable

    GJASFKV Armored Indoor Multi-Core Single/Multi Mode Fiber Optical Cable

    ·Multi fiber armored optical fiber cable has a layer of stainless steel wires enhance the crush resistance of the cable and anti-rodent
    ·High strength aramid yarn,high performance outer sheath
    ·Light weight,flexibility,and friendly installation.
    ·Good mechanical and environmental performance.
    ·Flame retardant outer sheath provide good safety.

  • GJSFJBV Duplex Indoor Single Mode 2 Core Duplex Optical Fiber Cable

    GJSFJBV Duplex Indoor Single Mode 2 Core Duplex Optical Fiber Cable

    GJSFJBV Duplex fiber cable, ф900μm or ф600μm tight buffer fibers are wrapped a layer of flat stainless steel wires and then add a layer of aramid yarn as strength unit, finally into figure 8 shape fiber optic cable with PVC or LSZH sheath.

  • GJSFJV 2 Fiber Armored Indoor Drop Cable Space Cabling Mixed Branch High-Quality Aramid

    GJSFJV 2 Fiber Armored Indoor Drop Cable Space Cabling Mixed Branch High-Quality Aramid

    GJSFJV 2 Fiber cable, ф900μm or ф600μm tight buffer fibers are wrapped a layer of flat stainless steel wires and then add a layer of aramid yarn as strength unit, finally into fiber optic cable with PVC or LSZH sheath.

  • GJSFJV Distribution Armored Indoor Drop Cable For Italy Cabling Systems

    GJSFJV Distribution Armored Indoor Drop Cable For Italy Cabling Systems

    GJSFJV Distribution ,the tight buffered fibers which are sheathed with special buffer material to protect  the fiber are stranded around the FRP(Fiber reinforced plastic),then, a layer of Aramid yarn is applied as a strength member,the cable is copleted with PVC jacket.(02-12 fiber, Stranded structure, FRP Strength member,1-fiber subunit(Φ900μm Tight buffer, Aramid yarn),PVC jacket.

  • GJSFJV SX Steel Wire Indoor Armored Optical Fiber Cable For Indoor Optic Fiber Cable

    GJSFJV SX Steel Wire Indoor Armored Optical Fiber Cable For Indoor Optic Fiber Cable

    GJSFJV SX Steel Wire fiber cable, ф900μm or ф600μm tight buffer fibers are wrapped a layer of flat stainless steel wires and then add a layer of aramid yarn as strength unit, finally into fiber optic cable with PVC or LSZH sheath.

  • Figure 8 Cable Aerial Self-Support Fiber Optical Cable Figure 8 Fiber Optic Cable 64 Core

    Figure 8 Cable Aerial Self-Support Fiber Optical Cable Figure 8 Fiber Optic Cable 64 Core

    Figure 8 Cable cable is made by evenly applying strands of Aramid yarns as the strength member over ф900μm or ф600μm fibers,twisting fibers with aramid yarn into the circular cable core,then steel wires assembled into the shape 8 PE sheath.

  • GJFJH Break-Out 48 Core LSZH OM3 Indoor Break-Out Fiber Optic Cable

    GJFJH Break-Out 48 Core LSZH OM3 Indoor Break-Out Fiber Optic Cable

    GJFJH Break-out cable,the tight buffer fiber is placed on the surface with a layer of aramid yarn as strength member units,multi fibers as the subunit twist with FRP(and some cushions) into the circle ,and finally into fiber optic cable with PVC or LSZH sheath,with dry-type water-blocking materials between fiber and sheath.

  • GJPFJV Break-Out G657A1 Cable Multimode Purpose Break-Out Optical Fiber Cable

    GJPFJV Break-Out G657A1 Cable Multimode Purpose Break-Out Optical Fiber Cable

    GJPFJV Break-out cable is made by the tight buffer fiber wrapped with a layer of aramid yarn as strength member units,multi fibers as the sub unit twist with FRP into the circle ,and finally into fiber optic cable with PVC or LSZH sheath,with dry-type water-blocking materials between fiber and sheath.

  • MGXTSWV For Duct Fcj Opto Tech 4-96 Core G652D Central Mining Cable Fiber Optic Cable

    MGXTSWV For Duct Fcj Opto Tech 4-96 Core G652D Central Mining Cable Fiber Optic Cable

    MGXTSWV Central mining cable , the fibers,200μm or 250μm, are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. The tube is wrapped with a layer of PSP longitudinally. Between the PSP and the loose tube water-blocking material is applied to keep the cable compact and watertight. Two parallel steel wires are placed at the two sides of the steel tape, over a thin inner PE sheath, the cable is completed with a polyethylene (PE) outer sheath.

  • Stranded Mining Cable Flame Retardant Optical Cable Mgtsv 6 Core Fiber Optic Cable

    Stranded Mining Cable Flame Retardant Optical Cable Mgtsv 6 Core Fiber Optic Cable

    MGTSV Stranded mining cable, the fibers, 200μm or 250μm, are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. A steel wire locates in the center of core as a metallic strength member. Tubes (and fillers) are stranded around the strength member into a compact and circular cable core. The cable core is filled with the filling compound to protect it from water ingress. The PSP is longitudinally applied over the cable core, a thin PE inner sheath is applied, then the cable is completed with a PE outer sheath.

  • Optical Power Composite Cable Optic Fiber Cable Optoelectronic Hybrid Cable

    Optical Power Composite Cable Optic Fiber Cable Optoelectronic Hybrid Cable

    FCJ Copper/Fiber Composite cable consists of flexible stranded Copper conductors and integrating communications links utilizing Fiber Optic technologies.  The breakout design provides additional protection for both the copper and fiber channels by individually protecting each with insulated jackets and all-dielectric strength members.  For applications requiring remote low-voltage power and high-speed communications, these designs provide an efficient single-installation option where space is of a premium and devices are not easily accessed

    Optical Power Composite Cable ,the fibers 250μm,are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. The cable core is FRP or metallic strength member( some structures need add PE as bedding layer in the strength member). Electric wires and tubes (and fillers) are stranded around the strength member into a compact and circular cable core. The cable core is filled with the filling compound to protect it from water ingress. After two sides PSP are longitudinally applied over the inner sheath ,the cable is completed with PE or LSZH outer sheath.

  • ADSS Single Jacket All Dielectric Self-Supporting Aerial Fiber Optica Cable -FCJ OPTO TECH

    ADSS Single Jacket All Dielectric Self-Supporting Aerial Fiber Optica Cable -FCJ OPTO TECH

    ADSS cable adopts the twisted structure of loose sleeve layer, 250 μm optical fiber is inserted into the loose tube made of high modulus materials, and the loose tube is filled with waterproof compounds.  The loose tube ( and filling rope ) is twisted around the non-metallic center reinforcing core ( FRP ) to synthesize a compact cable core. The gap of the cable core is filled with a water-blocking yarn and a water-blocking belt longitudinally wrapped by the cable core, and then the aramid fiber that plays a reinforcing role is twisted. Finally, the polyethylene ( PE ) outer sheath or the electric mark ( AT ) outer sheath is extruded.