Fiber Optic Cable

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 fibers are positioned in loose tubes that are made of high-modulus plastic and filled with tube gel. The tubes (and fillers) are stranded around a non-metallic central strength member(FRP) to form a cable core. The core is filled with water blocking compound and armored with corrugated steel tape(CST). Then a LSZH outer sheath is extruded.

The bending insensitive fiber unit is precisely positioned at the center. On both sides, two parallel steel wires serve as strength members, providing excellent structural stability.

The bending insensitive fiber unit is positioned in the center. Two parallel non-metallic strength member (FRP) are placed at both sides, then a black or colored LSZH jacket is extruded.

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.

Fibers are positioned in a loose tube that is made of high-modulus plastic and filled with tube filling compound. The water blocking tape is applied around the central tube. Then the tubes are armored with a corrugated steel tape (CST) logitudinally. Two parallel steel wires are embeded in LSZH jacket.

The simplex fiber optic cable are much stronger and tougher than common cables, which are designed to withstand crush, pressure, and rodent issues. They possess high flexibility and durability when used in harsh environments or limited space. When it comes to unarmored and armored fiber optic cables comparison, the distinctive difference lies in the outer protective layer. Precisely speaking, the armoring material doesn't have to be metal, which can be fiber yarn, glass yarn, polyethylene, etc. The additional outer protective layer for optical cable makes the armored cable special, so the armored cables will be installed in locations that may expose to mechanical damages, while unarmored cables are normally used for control systems.

Self-supporting drop optical cable includes central optical fiber(s) with 2 parallel steel wires as the strength members placed on both sides,and an additional strength member(steel wire). Finally a LSZH jacket is extruded outside.

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.

Fibers are positioned in a central tube made of high-modulus plastic and filled with tube gel. The tube is armored with aramid yarns and water blocking yarns. Then the corruagted steel tape (CST) is enhanced around the tube. Finally a LSZH jacket is extruded.

Duplex indoor armored cable is composed by SUS flexible tube, Kevlar strengthening member and outer jacket. With excellent mechanical performance of tensile strength and crush resistance, the cable is the ideal choice of cabling.

Self-supporting drop optical cable includes central optical fiber(s) with 2 parallel FRPs as the strength members placed on both sides,and an additional strength member(steel wire). Finally a LSZH jacket is extruded outside.