The fibers,250μm‚are positioned in a loose tube made of a high modulus plastic.The tubes are filled with a water−resustant filling compound.A Fiber Reinforced Plastic locates in the center of core as a non–metallic strength member.The tubes‹and fillers› are stranded around the strength member into a compact and circular core.An Aliminum Polyethylene Laminate(APL) is applied around the cable core.Then the cable core is covered with a thin polyethylene (PE) inner sheath.which is filled with jelly to product it from water ingress.After a corrugated steel tape armor is applied,the cable is completed with a PE outer sheath.

Characteristics

Good mechnical and temperature performance

High strength loose tube that is hydrolysis resistant

Special tube filling compound ensure a critical protection of fiber

Crush resistance and flexibility

The following measures are taken to ensure the cable watertight:

Loose tube filling compound

-100% cable core filling

-APL ,oisture barrier

-PSP enhacing moisture−proof

-Water−blocking material

GYFTA Cable Loose Tube With Non-metal Central Strength Member and Aluminium Tape

GYFTA FRP fiber optic cable is an outdoor communication optical cable of non-metallic strength member of the loose tube jelly-filled structure, with Al-polyethylene laminated sheath.

The loose tubes are made of high modulus plastics (PBT) and filled with a water resistant filling gel. Loose tubes are stranded around the non-metallic central strength member (FRP), cable core is filled with cable filling compound. The Corrugated Aluminum Tape is longitudinally applied over the cable core, and combined with a durable Polyethylene (PE) sheath.

Outdoor Cable GYFTA is with non-metallic central strength member of FRP and PE sheath. Fiber optic cable GYFTA is suitable for duct or aerial installation. Singlemode or multimode of GYFTA cable can be ordered as per the customer request.

Features

Jelly-filled loose tube

Central non-metallic strength member FRP

Jelly-filled cable core

nonmetallic reinforcement (if necessary)

PE outer sheath

Low loss,low chromatic dispersion

Excellent flexible capability and protection capability against bending

Special excess-length control method and cabling mode makes optical cable good mechanical and environmental properties

Filling water-blocking jelly brings entirely cross section double water-blocking capability

All non-metallic structure brings good anti-electromagnetic interference capability

Laying Method

Aerial and duct

Long distance communication, local trunk line, CATV&computer networks system

Description:

It refers to the transmission line used in the broadband access network system. It is a new type of access method. It integrates optical fiber and transmission copper wire, which can solve the problems of broadband access, equipment power consumption and signal transmission.

Application:

(1) Communication far power supply system;

(2) Short-distance communication system power supply.

Advantage:

(1) The outer diameter is small, the weight is light, and the occupied space is small (usually a series of problems can be solved by using multiple cables, where a composite cable can be used instead);

(2) The customer has low procurement cost, low construction cost and low network construction cost;

(3) It has excellent bending performance and good side pressure resistance, and it is convenient to construct;

(4) Simultaneously provide a variety of transmission technologies, with high adaptability and scalability, and wide application;

(5) Provide huge bandwidth access;

(6) Cost saving, using the optical fiber as a reserved for the household, avoiding secondary wiring;

(7) Solving the problem of equipment power consumption in network construction (avoiding repeated deployment of power supply lines)

Structure and composition:

(1) Optical fiber: optical signal receiving interface

(2) Copper wire: power interface

Description:

It refers to the transmission line used in the broadband access network system. It is a new type of access method. It integrates optical fiber and transmission copper wire, which can solve the problems of broadband access, equipment power consumption and signal transmission.

Application:

(1) Communication far power supply system;

(2) Short-distance communication system power supply.

Advantage:

(1) The outer diameter is small, the weight is light, and the occupied space is small (usually a series of problems can be solved by using multiple cables, where a composite cable can be used instead);

(2) The customer has low procurement cost, low construction cost and low network construction cost;

(3) It has excellent bending performance and good side pressure resistance, and it is convenient to construct;

(4) Simultaneously provide a variety of transmission technologies, with high adaptability and scalability, and wide application;

(5) Provide huge bandwidth access;

(6) Cost saving, using the optical fiber as a reserved for the household, avoiding secondary wiring;

(7) Solving the problem of equipment power consumption in network construction (avoiding repeated deployment of power supply lines)

Structure and composition:

(1) Optical fiber: optical signal receiving interface

(2) Copper wire: power interface

Description:

It refers to the transmission line used in the broadband access network system. It is a new type of access method. It integrates optical fiber and transmission copper wire, which can solve the problems of broadband access, equipment power consumption and signal transmission.

Application:

(1) Communication far power supply system;

(2) Short-distance communication system power supply.

Advantage:

(1) The outer diameter is small, the weight is light, and the occupied space is small (usually a series of problems can be solved by using multiple cables, where a composite cable can be used instead);

(2) The customer has low procurement cost, low construction cost and low network construction cost;

(3) It has excellent bending performance and good side pressure resistance, and it is convenient to construct;

(4) Simultaneously provide a variety of transmission technologies, with high adaptability and scalability, and wide application;

(5) Provide huge bandwidth access;

(6) Cost saving, using the optical fiber as a reserved for the household, avoiding secondary wiring;

(7) Solving the problem of equipment power consumption in network construction (avoiding repeated deployment of power supply lines)

Structure and composition:

(1) Optical fiber: optical signal receiving interface

(2) Copper wire: power interface

This blown fiber optic cable is a stranded non metallic reinforcement and non armored air blown micro cable. It can be pulled or air blown in the laid outer protective tube, and then air blown the micro cable in the micro tube.

Description

Feiboer GCYFY is a blown fiber optic cable which is non metallic, non armored and strand loose tube structure. It’s easy to bend when laying by air blown becuase of it’s small diameter, light weight and moderate hardness.

This cable is suitable for construction in crowded metropolitan area network pipelines, and avoiding destructive excavation in the past.

Application

Backbone network, Metropolitan area network, Access network

Features

Low friction coefficient sheath design and materials assures long air blowing distance

All non metallic structure, so there is no requirements for grounding

Easy to bend, laying and operate with small diameter, light weight

Make full use of pipelines resources, fast construction of air blowing laying method

Save costs for splicing joint and distribution management

This microduct fiber cable is a unitube non metallic cable. It can be pulled or air blown in the existing micro tube, which improves pipeline efficiency.

Description

Feiboer GCXFY is a central unitube microduct fiber air blown cable. Optical fibers are placed in a high modulus loose tube. Tube filling compound is filled in the central tube to protect fibers. In addition, a layer of aramid yarn is surrounding the unitube as the strength member.

Air blown micro fiber cable enables to cut ducts anywhere and any time for distribution, and without influence on other cable in the same time. As results, it saves lots of costs on construction and splicing joints. To sum up, this cable is usually used in air blowing constructions in access network.

Application

FTTH networks, Metropolitan area networks and Backbone networks

Features

Connects distribution branch and end user’s access point

Blow out to replace with new cable is easy to operate

Small diameter and light weight provides good air blowing performance

Save costs in construction and splicing equipment

Blowing by phases laying method reduces initial investment costs

Tube filling compound and aramid yarn provides excellent protection for optical fibers

This enhanced performance fiber unit air blown fiber is having the 2-12 core single mode optical fibers in the middle of resin materials for UV curing. And outside extruding a special low friction sheath.

Description

Feiboer EPFU (enhanced performance fiber unit) is a air blown fiber optic cable unit. It’s used in end user’s network with a handheld air cable blower from fiber distribution point on the road to households.

Fiber bundle of this cable is formed by curing optical fiber or fillers into photosensitive resin in a certain arrangement. And outside extruding a special low friction sheath.

Application

FTTH access cable between distribution point and end user’s multimedia information box

Features

Small size, light weight

Easy to install with handheld cable air blowing machine

Compatible with industry standard air blowing equipment

G.657A2 fiber with small bending radius, suitable for indoor wiring application

Low friction and resin sheath ensures good air blowing performance

This indoor OM3 armored breakout fiber cable has 12 core, 24 core option. All optical fibre are protected by aramid yarn, inner sheath, spiral steel tube and outside jacket.

Description

This multi core breakout armored fiber cable is a spiral steel armored structure. Optical fibres are protected with aramid yarn in the sub unit inner sheath. All sub unit are protected by outside stainless spiral steel tube armor and another layer of aramid yarn. Outside cable PVC or LSZH sheath are available for specific applications.

It is light-weight and convenient to carry, also resistant to tension, pressure and has high strength / weight ratio.

Application

Indoor and outdoor cabling system, FTTH and user termination, Duct, manhole and building wiring

Features

Sub unit is easy for stripping and operation

Inner sheath and aramid yarn has good tensile and anti crush performance

Outside aramid yarn strength member provides excellent tensile characteristics

Spiral steel armor provides the cable enough tensile and pressure strength

Available for adding stainless steel weave mesh for further performance

Spiral steel tube and aramid yarn have great anti rat biting protection

Small diameter, good bending radius, easy for operation

The spiral steel tube armor provides tactical fiber cable extra protection for field operations and complex environments. Preterminated cable available.

Description

This indoor armored tactical fiber has both aramid yarn and spiral steel tube for strength member, which is perfect for anti-rat application. Multiple tight buffered fibers are well protected within the outside cable sheath, aramid yarn and spiral steel tube.

The stainless steel spiral steel tube of this armored fiber cable is resistant to compression, tension and rat bite. Therefore, this tactical fiber can be used in various harsh and complex wiring environment.

Application

It is suitable for outdoor aerial installation and FTTH

Features

Tight buffered optical fiber is easy for stripping and operation

Tight buffered fiber also has good flame retardant performance

Aramid yarn strength member provides excellent tensile characteristics

Stainless steel tube provides extra tensile and pressure strength

Available for adding stainless steel weaven mesh for further tension and anti-rats performance

Small circular cable for convenient laying

Flexible and good bending radius in operation

This zipcord fiber optic patch cable is often used as duplex fiber patch cord or pigtail. It connects indoor instruments and communications equipment.

Description

Feiboer zipcord fiber optic patch cable is a duplex cable in figure 8 structure. First of all, a tight buffer fiber is placed in the center. Then the fiber is wrapped by a layer of aramid yarn as strength member. Finally, the cable is finished with PVC or LSZH jacket in figure 8 structure.

Application

Indoor communications between equipments

Duplex fiber patch cord or pigtail

Features

Easy for stripping with tight buffer fiber

Tight buffer fiber has excellent flame retardant performance

Strength member of aramid yarn assures good tensile strength

Figure 8 structure sheath is feasible for stripping and distribution

Corrosion resistant and waterproof outer jacket

Flame retardant and environment friendly sheath material

This simplex fiber optic cable is composed of tight buffer fiber, aramid yarn and outer jacket. It’s used as indoor fiber patch cord or pigtail between communication instruments and equipments.

Description

Feiboer simplex fiber optic cable is a cable composed of tight buffer fiber. Tight buffer fiber has great flame retardant performance and protection for the fiber. In addition, to add the tensile characteristics for the simplex cable, a layer of aramid yarn is wrapping the tight buffer fiber. Out side jacket can choose from PVC or LSZH material. Both have corrosion and water resistant. LSZH is also flame retardant and environment friendly, which is suitable for indoor cabling.

Application

Fiber patch cord and pigtail

Interconnect between communication equipments

Features

Low attenuation for long distance transmission

Excellent tensile performance with aramid yarn

Corrosion and water resistance protection from cable jacket

Easy for strip with tight buffer fiber

Tight buffer fiber also flame retardant

Environment friendly and flame retardant LSZH sheath material