Aramid Yarn Fiber Optic Cable

Aramid Yarn Fiber Optic Cable

Fiber Count: 2–24
Strength Members: 2 × FRP + Aramid Yarn
Outer Diameter: 6.0–8.0 mm
Tensile Strength: 600 N / 1000 N
Crush Resistance: 300 / 1000 N/100 mm
Standard Reel Length: 2 km / 3 km
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Description

Technical Parameters

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Aramid Yarn Fiber Optic Cable is available in 2–24 fiber configurations and uses a non-metallic uni-tube construction. The cable consists of optical fibers, a PBT loose tube, two FRP strength members, aramid yarn reinforcement and a PE outer jacket.

The standard cable has a nominal outer diameter of 6.0–8.0 mm, depending on fiber count and cable configuration. Mechanical specifications include 600 N long-term tensile strength, 1000 N short-term tensile strength, 300 N/100 mm long-term crush resistance and 1000 N/100 mm short-term crush resistance.

Cable fiber count, outer diameter, cable printing, reel length and packaging can be specified according to project requirements.

 

Cable Construction

 

 

Optical Fiber

The optical fibers are housed inside the PBT loose tube. Fiber count is available from 2 to 24 fibers according to the required network configuration.

PBT Loose Tube

The PBT loose tube surrounds the optical fibers and is filled with compound. The tube provides mechanical protection for the fibers and accommodates fiber movement caused by temperature changes.

FRP Strength Members

Two FRP strength members are positioned along the cable core. FRP provides tensile reinforcement while maintaining a fully non-metallic cable construction.

Aramid Yarn

Aramid yarn is applied around the cable core as additional tensile reinforcement. The material provides mechanical reinforcement without introducing conductive metal components into the cable structure.

PE Outer Jacket

The outer jacket is made of PE and forms the external protective layer of the cable. The standard construction is suitable for outdoor cable routing where PE jacketing and non-metallic reinforcement are required.

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Key Advantages

 
01.

Non-Metallic Cable Construction

The cable uses FRP and aramid yarn as reinforcement members instead of metallic strength components. This dielectric construction makes the cable suitable for communication network environments where a non-metallic structure is preferred.

02.

Aramid Yarn + FRP Reinforcement

The combination of aramid yarn and two parallel FRP members provides mechanical reinforcement around the loose tube. The current cable specification supports a tensile strength of up to 1000N under short-term conditions.

03.

Compact and Lightweight Structure

With a nominal outer diameter of 6.0–8.0 mm, the cable maintains a compact profile for easier handling and installation in suitable duct and outdoor network applications.

04.

Controlled Crush Resistance

The cable specification provides 300 N/100 mm long-term and 1000 N/100 mm short-term crush resistance, helping protect the internal optical components during transportation and installation.

05.

Flexible Fiber Count Options

The cable is available from 2 to 24 fibers, allowing distributors and project contractors to select configurations according to network capacity requirements.

06.

Customized Cable Specifications

Cable dimensions can be customized according to project requirements. Reel lengths can also be supplied beyond the standard 2 km and 3 km options.

Product Performance

 
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FRP and aramid yarn are used as non-metallic reinforcement components in the cable.

For long-term loading, the tensile strength is 600 N, while for short-term loading, it is 1000 N. The mechanical load capability of the chosen cable construction during handling and installation is specified by these numbers.

For long-term loading, the standard crush resistance is 300 N/100 mm; for short-term loading, it is 1000 N/100 mm.

10 × cable OD is the minimum static bend radius. 20 × cable OD is the minimum dynamic bend radius.

Before production, the final cable configuration and order specification should be compared to the applicable mechanical values.

 

 

 

Applications

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Communication Ducts

The compact cable construction can be used for optical fiber routes installed through suitable communication ducts.

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Outdoor Telecom Networks

The PE jacket and non-metallic reinforcement structure are suitable for outdoor fiber optic network construction where a dielectric cable is required.

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Access Network Distribution

2–24 fiber configurations provide options for different access network distribution requirements.

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Fiber Distribution Routes

The cable can be supplied in different fiber counts and dimensions for fiber distribution and connection sections within optical communication networks.

Why Choose Kexin for Fiber Optic Cable Supply?

 

 

company
30+ years
Our factory was found in 1992, first start with coaxial cable which was one of the biggest manufacturers in lin'an city.In year of 2001 started focusing on the production of optical cables.
30+ countries
In year of 2008, set up international sales department and sale optical fiber cable to more than 30 countries and have 18 years` rich experience to export cables .
Manufacturing Process

 

1

Raw Material

 

2

Fiber Processing

3

Cable Stranding

4

Sheathing

5

Optical Testing

6

Mechanical Testing

7

Packing

Quality Control

Quality inspection covers both optical and mechanical characteristics of the finished cable.

The production and inspection process can include:

Optical fiber inspection

Loose tube dimensional inspection

Cable diameter measurement

Jacket thickness inspection

Tensile strength testing

 

Crush resistance testing

Bend performance verification

Finished cable appearance inspection

Reel length verification

Final packing inspection

 

 

own brand

 

 

FTTH drop cable-Ink printing
FTTH drop cable-Ink printing
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Flat cable-Plasma pringting
Outdoor cable GYTC8S-Iron printing
Outdoor cable GYTC8S-Iron printing
Jumper cable- SC/UPC-SC/APC
Jumper cable- SC/UPC-SC/APC
GYTC8S 24 core -wooden drum
GYTC8S 24 core -wooden drum
FTTH cable-1km drum
FTTH cable-1km drum
FTTH cable-carton packing
FTTH cable-carton packing
Patch cords-Pallet package
Patch cords-Pallet package
 
 

 

Pack and ship

 
Patch cords in Pallet delivery
Patch cords in Pallet delivery
FTTH cable in cartons packing
FTTH cable in cartons packing
Flat cable in plywood drum package
Flat cable in plywood drum package
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Composite drum full loaded into contianer
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Solid wooden drum loading photo

 

FAQ

 

 

Q: What fiber counts are available for this cable?

A: The cable is currently available with 2 to 24 fibers. Other configurations can be discussed according to project requirements.

Q: What materials are used for the strength members?

A: The cable uses FRP and aramid yarn as non-metallic reinforcement members.

Q: What is the standard cable diameter?

A: The nominal outer diameter is 6.0–8.0 mm ±0.3, depending on the cable configuration.

Q: What reel lengths are available?

A: Standard reel lengths are 2 km per drum and 3 km per drum. Other lengths are available according to customer requirements.

Request a Quote

 

Please provide the required fiber count, cable length, application, estimated quantity, destination market and reel requirements when requesting a quotation.

we can confirm the available cable configuration, technical specifications, production requirements, packaging and delivery arrangement based on the project information.

 

 

 

 

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Technical Characteristics

 

 

Fiber Count

2~24

Loose Diameters

2.0~2.5mm

Loose Material

PBT (Polybutylene Terephthalate)

Dielectric Strength Member Material

FRP & Yarn

Dielectric Strength Member size

1.0mm (FRP)

Outer Jacket Material

PE

Nominal Outer Dimensions

6.0~8.0 mm (±0.3)

Tension Strength

(Long-Term /Short-Term)

600N /1000N /600N

Crush Resistance

(Long-Term /Short-Term)

300 N/100mm

1000 N/100mm

Minimum Bend Radius (Static / Dynamic)

10 x OD / 20 x OD

 

*All above the cable size can be customized.  

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