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Shandong Yibo Optronics Technology Co., Ltd.
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mining fiber optic cable

Found 349 Products

quality Global hot selling ADSS fiber Optica cable outdoor g652d 16 core hilos single mode span 200 Aramid yarn single PE jacket factory

Global hot selling ADSS fiber Optica cable outdoor g652d 16 core hilos single mode span 200 Aramid yarn single PE jacket

Optical cable (A11 medium self-supporting optical cable) is a kind of optical fiber as the core The innovative optical cable technology provides high-speed and stable data transmission solutions through its unique structure and working principle plan. Main Features: Non-metallic structure, good insulation performance, lightning protection Excellent production technology, imported aramid yarn is evenly stressed and has excellent stress and strain properties Optional PE

quality ADSS Optic Cable 4 6 8 12 core Outdoor Non-Metallic FRP Strength Member factory

ADSS Optic Cable 4 6 8 12 core Outdoor Non-Metallic FRP Strength Member

ADSS double jacket fiber optic cable adopts stranded Loose tube structure. The optical fiber is inserted into the loose tube made of high-modulus polyester material, and the waterproof compound is filled in the tube.The loose tube (and fillers) is twisted around the non-metallic strengthen member (FRP) to form a compact cable core. The cable core is wrapped by water blocking tape and stranded with Kevlar Aramid fiber with reinforcing effect. Finally, a PE jacket or an AT

quality High speed ADSS fiber Optica cable outdoor g652d 24 core hilos single mode span 300 Aramid yarn double PE jacket factory

High speed ADSS fiber Optica cable outdoor g652d 24 core hilos single mode span 300 Aramid yarn double PE jacket

ADSS optical cable is a self-supporting aerial optical cable. The span can range from 50-1000M. It is generally divided into two sheath materials: AT and PE. The AT sheath is an electrical corrosion-resistant sheath and is used in high-voltage lines. Main Features: 1. The ADSS optical cable is hung on the inside of the cable and can be erected without interruption of power supply. 2. Light weight, small cable diameter, and small load on the tower 3. Large span, up to 1200

quality ASU Self-Supporting FRP Strength Tube 7.0/8.0 HDPE Drop Cable factory

ASU Self-Supporting FRP Strength Tube 7.0/8.0 HDPE Drop Cable

Product Overview Ebocoms ASU Mini ADSS Fiber Optic Cable, also known as Mini ADSS Cable, is designed for aerial installations in FTTH networks, power line communication, and outdoor telecom projects. This compact cable features two parallel FRP (Fiber Reinforced Plastic) strength members and one central loose tube containing single-mode or multimode fibers. The outer diameter can be customized to meet specific project requirements, ensuring a perfect fit for different spans

quality GYFXTY Uni-Tube All Dielectric Drop Cable FRP Wires Uni-Tube Fiber Optic Cable factory

GYFXTY Uni-Tube All Dielectric Drop Cable FRP Wires Uni-Tube Fiber Optic Cable

Product Overview The GYFXTY fiber optic cable is a non-metallic, weather-resistant optical cable specifically designed for outdoor FTTH drop installations and other short to medium-distance network applications. Its central loose tube holds up to 24 single-mode fibers, filled with water-blocking compound for enhanced protection. Two parallel Fiber Reinforced Plastic (FRP) rods serve as strength members, ensuring excellent tensile performance while keeping the cable lightweigh

quality Armored FTTA Remote Patch Cord 2-Core Fiber Optic Jumper with Spiral Tube Protection factory

Armored FTTA Remote Patch Cord 2-Core Fiber Optic Jumper with Spiral Tube Protection

Remote Fiber Optic Patch Cord: 2-Core Armored Solution for RRU/BBU Product Overview Our Remote Fiber Optic Patch Cord is specifically engineered for the demanding environments of Remote Radio Units (RRU) and Base Station connectivity. This 2-core jumper is designed to provide a high-bandwidth link between the BBU and RRU in 4G/5G networks. What sets this patch cord apart is its ruggedized construction. The cable core is reinforced with high-strength Aramid Yarn or Polyester

quality ADSS Fiber Optic Cable 24 36 48 96 144 288Cores Double PE Jacket  Yarn factory

ADSS Fiber Optic Cable 24 36 48 96 144 288Cores Double PE Jacket Yarn

Product introduction: ADSS cable, which stands for All-Dielectric Self-Supporting cable, is a type of fiber optic cable designed for aerial applications, particularly in environments near high-voltage power lines. It's unique because it doesn't require a separate messenger wire for support, making it ideal for one-step installation on poles and towe

quality Fiber Optic Patch cord ST FC Duplex OM3 OM4 10G high speed Multimode  LSZH Jacket communication Internet factory

Fiber Optic Patch cord ST FC Duplex OM3 OM4 10G high speed Multimode LSZH Jacket communication Internet

Description: Fiber splicing cables are ideal for supporting fiber optic applications in high-speed telecommunications networks. They are manufactured and tested to TIA 604 (FOCIS), IEC 61754 and YD/T industry standards. It can provide OM1, OM2, OM3, OM4, OM5, or OS2 optical fibers to meet the requirements of Gigabit Ethernet, 10-Gigabit Ethernet, and high-speed Fibre Channel. Each terminal is subjected to rigorous parametric testing to ensure the highest network performance.

quality OM2 50/125 LC to ST Simplex Fiber Patch Cable 3m 5m Multimode Fiber Distribution Frame 2.0 3.0 Insertion loss ≤0.2dB factory

OM2 50/125 LC to ST Simplex Fiber Patch Cable 3m 5m Multimode Fiber Distribution Frame 2.0 3.0 Insertion loss ≤0.2dB

OM2 fiber patch cables are fiber optic cables designed for short to medium-range data transmission, with a maximum distance capability of up to 550 meters. These cables use a 50-micron core and are available in a variety of connector types, including LC, SC, ST, and MT-RJ, for flexibility and ease of use. OM2 patch cables provide fast and reliable data transmission, making them ideal for network applications in offices, buildings, and data centers. Additionally, they are

quality 12 Core GYTA Duct Stranded Optical Cable ISO14001 Certified and Strong Tensile for Data Center Wiring System factory

12 Core GYTA Duct Stranded Optical Cable ISO14001 Certified and Strong Tensile for Data Center Wiring System

GYTA (Metal Reinforced, Loose-Sleeve Laminated Filled, Aluminum-Polyethylene Bonded Jacketed Outdoor Fiber Optic Cable) is a single-mode or multi-mode fiber optic cable that is enclosed in a loose sleeve made of high modulus plastic filled with a waterproof compound. At the center of the core is a metal reinforcement core or, for some cores, a layer of polyethylene (PE) extruded over the metal reinforcement core. The loose tube (and filler rope) is twisted around the central

quality ADSS Cable Single Mode SM G652D Double jacket PE/AT 4 to 144 core Span 100 to 1000 Outdoor Aerial Fiber Optic Cable ADSS factory

ADSS Cable Single Mode SM G652D Double jacket PE/AT 4 to 144 core Span 100 to 1000 Outdoor Aerial Fiber Optic Cable ADSS

ADSS (All-dielectric Self-supporting) optical fibre cable is a type of self-supporting aerial fiber optic cable designed for aerial installation and deployment and is suitable for various outdoor applications. Because it is non-metallic, the ADSS cable is ideal for applications near high-voltage power distribution lines, for which it has become a standard. *ATT: Span: For ADSS optical cables, there are different spans. The span is the overhead distance between two towers. We

quality Opgw Optical Fiber Cable Composite Overhead Ground Wire Communication tower networking factory

Opgw Optical Fiber Cable Composite Overhead Ground Wire Communication tower networking

OPGW optical cable is mainly used for high-voltage lines above 110KV. Due to the need for power outages and safety impacts when laying lines, it is mostly used for new lines. The Application Of Opgw: (1) It is easy to maintain, easy to solve the problem of crossing the line, and its mechanical characteristics can meet the large crossing line; (2) The outer layer of OPGW is metal armor, which has no effect on high-voltage electrical corrosion and degradation; (3) OPGW must be