Outdoor Layer Stranded Optical Cable Custom

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Who are we?

Jiangsu Hawell Optoelectronic Technology Co., Ltd is a high-tech enterprise specializing in the R&D and production of communication optical cable, the company is located in Economic and Technological Development Zone, Nantong City, Jiangsu Province.

Relying on advanced management, quality assurance system, strong technical force, innovative spirit and business philosophy of corporate integrity, Hawell Photoelectric constitutes the rapid development of Hawell Photoelectric.

With the product quality, the laminated, bundle tube, skeleton and ribbon fiber optic cables produced by Hawell Optoelectronics have been well sold in domestic and abroad markets.

As OEM Outdoor Layer Stranded Optical Cables Manufacturers and Custom Outdoor Layer Stranded Optical Cables Factory, We serve various telecom operators, transportation, electric power, aerospace, energy, national defense, education and many other industries.

The fiber optic cable is fully customized and equipped with high-precision testing equipment, which provides reliable quality assurance for the products.

The company follows the quality policy of "Quality First, Service First, Keep Improving", continuously introduces advanced technology, strengthens quality, actively lays out 5G, seizes the industry high point, and enjoys a high reputation.

Hawell Optoelectronics continues to focus on the development and production of fiber optic cables, promoting the universal use of fiber optic cables from all the world.

Supply Custom Outdoor Layer Stranded Optical Cable. Our goal is to make the joy of fiber optic communications available to everyone in the world.

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Outdoor Layer Stranded Optical Cable Industry knowledge
What are the specific differences between Outdoor Layer Stranded Optical Cable and Outdoor Central Optical Cable?

Outdoor Layer Stranded Optical Cable (also referred to as Loose Tube Cable):
Construction: The outside layer stranded optical cable consists of more than one unfastened tubes, which might be positioned interior a principal core tube. Each loose tube consists of a set of optical fibers which might be in my view covered by using gel-crammed or water-blockading materials. These free tubes are stranded around a central strength member.
Protection: The unfastened tubes on this cable design provide person safety to the optical fibers, stopping harm caused by moisture, water, and physical pressure. The gel or water-blockading substances within the loose tubes assist to face up to water penetration.
Flexibility: The unfastened tube construction lets in for flexibility and easy managing at some point of set up. The stranded layout affords delivered electricity and protects against outside forces, making it appropriate for aerial, duct, and direct burial installations.
Fiber matter: Outdoor layer stranded optical cables are to be had in numerous fiber counts, starting from surprisingly low fiber counts (6 to 24 fibers) as much as excessive fiber counts (masses or even extra fibers).
Ease of get entry to: In case of any fiber connection or maintenance work, the unfastened tubes may be easily accessed and individual fibers may be spliced or terminated.
Applications: This form of cable is typically used in lengthy-haul spine networks, in addition to in outside installations where excessive fiber rely and resistance to harsh environmental conditions are required.
Strength and durability: The crucial electricity member gives brought strength and pressure to the cable, allowing it to withstand excessive weather conditions, rugged terrains, and outside influences.
Outdoor Central Optical Cable (additionally known as Tight Buffered Cable):
Construction: The outdoor principal optical cable is built with tight buffered fibers, in which each optical fiber is for my part lined and protected by means of a layer of buffer material. These buffered fibers are located round a important energy member.
Protection: The tight buffer coating on every fiber acts as a safety layer in opposition to mechanical stresses, inclusive of bending and twisting. The cable design additionally includes additional layers for water-blocking off and moisture resistance.
Flexibility: The tight buffer creation gives improved flexibility, making it less difficult to address at some stage in installation and termination procedures. It can be used for aerial, duct, and direct burial installations.
Fiber rely: Outdoor significant optical cables normally have low to medium fiber counts, ranging from some fibers as much as around ninety six fibers.
Ease of get right of entry to: In case of fiber connectivity or preservation, each fiber inside the tight-buffered layout can be accessed for my part for splicing or termination.
Applications: This form of cable is normally utilized in local place network (LAN) deployments, fiber-to-the-home (FTTH) connections, and other short-distance verbal exchange applications.
Strength and durability: The principal strength member provides structural integrity and protects the fibers from external affects and forces. The extra water-blockading layers provide resistance to moisture and water penetration.


What is the cross-sectional design of the Outdoor Layer Stranded Optical Cable and the function of each component within the layer?

The go-sectional design of an Outdoor Layer Stranded Optical Cable involves a couple of layers, each with particular features to make certain the cable's robustness, protection, and long-time period reliability in out of doors environments. Below is a detailed description of the components within the layers and their respective functions:
Central Strength Member:Positioned on the middle, the valuable electricity member serves because the cable's backbone, supplying structural support and resisting tensile forces at some point of set up and at some stage in its lifespan. Common substances for this residue include aramid yarn or fiberglass, selected for their excessive tensile electricity.
Buffer Tubes or Loose Tubes:Surrounding the vital electricity member, buffer tubes or unfastened tubes house man or woman optical fibers. These tubes act as a protecting enclosure, shielding the sensitive optical fibers from external influences including moisture, bodily strain, and environmental contaminants. The arrangement of fibers in separate tubes enables less difficult coping with and preservation.
Fiber Reinforcement Layer:Some designs include an additional layer for fiber reinforcement. This layer reinforces the cable's resistance to bending and crushing forces, including an additional degree of mechanical protection to the optical fibers inside the buffer tubes or free tubes. It complements the cable's durability, in particular in hard set up eventualities.
Water-Blocking Elements:Integrated strategically within the cable, water-blockading factors serve a vital position in stopping moisture ingress. This layer guarantees the lengthy-term reliability of the optical fibers through safeguarding them towards water-associated damage. Water-blocking off materials might also encompass gels or tapes that swell whilst uncovered to moisture, developing a barrier.
Armor Layer (Optional):In some Outdoor Layer Stranded Optical Cables, an armor layer is protected for added physical safety. This layer, normally made of corrugated metal or aluminum, acts as a barrier against rodent attacks, abrasion, and different external forces that might compromise the cable's integrity. The armor complements the cable's ruggedness, making it suitable for tough outside environments.
Outer Jacket:The outermost layer, the outer jacket, is the primary defense against environmental factors. Composed of durable substances, which includes polyethylene or polyurethane, the jacket provides resistance to UV radiation, chemical compounds, and physical abrasion. It serves as the cable's first line of defense, making sure the enclosed components stay protected over prolonged out of doors exposures. The outer jacket often includes markings for cable identity, installation guidance, and compliance with industry standards.
Understanding the targeted functions of each thing inside the go-sectional design is important for assessing the cable's overall performance and suitability for specific outside packages. This complete design ensures that the Outdoor Layer Stranded Optical Cable can resist the challenges posed by varying environmental situations, bodily pressure, and capability dangers in outdoor installations.