Indoor Fiber Cable

GJFJV simplex cable useф900μm orф600μm flame-retardant tight buffer fiber as optical communication medium,the tight buffer fibers wrapped with a layer of aramid yarn as strength member element, and the cable is completed withe a PVC or LSZH(Low smoke,Zero halogen,Flame-retardant) jacket.

The zipcord cable is made by evenly applying strands of Aramid yarns as the strength member over ф900μm or ф600μm tight buffer fibers and then is completed with PVC(LSZH)jacket. A duplex fiber optic cable consists of two strand fibers of glass or plastic, and it can be regarded as two simplex cables. This duplex zipcord cable is carefully structured in a zip-cord arrangement, which is most often used for duplex communication between devices where require simultaneous, bi-directional data transfer. (One fiber transmits data one direction and another fiber transmits data in the opposite direction.)

The duplex flat optical cable uses two 900μm or 600μm tight buffered fibres as optical transmission medium, covered with aramid yarns as the strength member. A PVC inner sheath is extruded on each fibres, then a flat PVC outer sheath is extruded. Other sheath materials are available on request.

The duplex flat optical cable uses two 900μm or 600μm tight buffered fibres as optical transmission medium, covered with aramid yarns as the strength member. A PVC inner sheath is extruded on each fibres, then a flat PVC outer sheath is extruded. Other sheath materials are available on request.

Multi-Purpose Break-out Cable use simplex cable (Φ900μm tight buffer fiber, and aramid yarn as strength member units) as submit, a fiber reinforced plastic(FRP) locates in the center of core as a non- metallic strength member. The subunits are stranded around the cable core, and the cable completed with PVC or LSZH material jacket.

MFC cable use several Φ250um colored fiber as optical communication medium, the colored fiber wrapped with a layer of aramid yarn as strength member units. and the cable completed with PVC or LSZH material jacket.

MFC cable use 12-fibre subunits( Φ250um colored fiber, aramid yarn as strength member) A fiber reinforced plastic(FRP)locates in the center of core as non-metallic strength member, The subunits as stranded around the cable core. and the cable completed with PVC or LSZH material jacket.

The FTTA Base Station Fiber Optic Cable 4 core adopts a branching structure design, which is easy to construct. The fiber optic cable structure is compact, with small outer diameter, light weight, and small bending radius, ensuring the stability and reliability of data transmission. It is suitable for various FTTA base station scenarios, including different terrains and environmental conditions such as cities, suburbs, and mountainous areas.

The FTTA Base Station Fiber Optic Cable 2 core adopts a branching structure design, which is easy to construct. The fiber optic cable structure is compact, with small outer diameter, light weight, and small bending radius, ensuring the stability and reliability of data transmission. It is suitable for various FTTA base station scenarios, including different terrains and environmental conditions such as cities, suburbs, and mountainous areas.

This riser dry loose tube fiber cable is composed of one to six sub-units, water blocking yarn, an optional central strength member, water blocking tape (only for 72 fiber), an aramid ripcord, and a PVC outer jacket. Each sub-unit consists of 12 colored glass fibers and water swellable yarn with a PVC jacket 3mm in diameter.This riser dry loose tube fiber cable is available in 12 TIA standard colors or special order colors. In building riser shafts or from floor to floor.

Commonly used as part of the Verticasa MDU solution, this vertical riser fibre cable is designed for use in building distribution networks.

RBC cable use fiber ribbon as optical communication medium. The wrapped with a layer of aramid yarn as strength member units, and the cable completed with PVC or LSZH material jacket.