With its flexible branch structure, low-loss optical performance, reliable environmental adaptability and strict standard certification, BOC optical cable has become an indispensable part of modern communication networks. From FTTH to data centers, from base station connections to large-scale events, BOC optical cables, with their excellent parameter characteristics, provide a solid support for efficient and stable optical communication. With the development of 5G, 8K and other technologies, BOC optical cables will play a key role in more high-bandwidth and high-density scenarios.
Colored optical fibers are placed into a loose tube made of high-modulus material, which is filled with thixotropic water-blocking gel. The core of the cable consists of a metal strength member. The loose tube(and filling rope)is twisted around the central strength member to form a circular cable core. Gaps within the cable core and between the cable core and the steel tape are filled with water-blocking gel. After longitudinal wrapping with coated aluminum tape and extrusion of a polyethylene inner sheath, the cable is wrapped with coated steel tape and extruded with a flame-retardant outer sheath
Colored optical fibers are placed into a loose tube made of high modulus material, which is then filled with thixotropic water-blocking gel. The center of the cable core contains a metal strength member. The loose tube(and filling rope)is twisted around the central strength member to form a circular cable core, with gaps in the cable core and between the cable core and steel strip filled with water-blocking gel. After being longitudinally wrapped with plastic-coated aluminum tape and then extruded with a polyethylene inner sheath, the cable is longitudinally wrapped with plastic-coated steel tape and then extruded with a polyethylene outer sheath. Finally, after being armored with a single round steel wire, the cable is extruded with a polyethylene outer sheath.
Product Description For butterfly introduction of indoor optical cables used in access networks, the communication unit is placed in the center, with two parallel non-metallic strength members (FRP) placed on both sides. Finally, it is extruded with black or colored low smoke zero halogen sheath to form the cable.
In modern communication networks, optical cables, as key carriers for information transmission, their performance directly affects communication quality and efficiency. SXC optical cable, with its unique parameter characteristics, stands out among numerous optical cable products and is widely used in access networks and fiber-to-the-home scenarios, providing solid support for the development of the communication industry.
ZCC optical cable can meet any of the standards YD/T 1258.2, ICEA-596, GR-409, IEC 60794-2-10/11, which indicates that its performance meets the requirements of relevant industry standards at home and abroad. In addition, in addition to ordinary PVC products, there are products that have passed UL OFNR and OFNP certifications respectively. LSZH products can also meet IEC60332-1 or IEC60332-3C or OFNR certification by selecting different materials. These certifications further prove the quality and performance of ZCC optical cable, enabling it to be reliably used in different application scenarios.
In practical applications, GJA optical cable has a clear and wide range of applications. In indoor environments, it is an ideal choice for comprehensive wiring systems. Whether it is the connection of numerous information points in office places or the dense wiring needs inside data centers, GJA optical cable, with its good flexibility and stable transmission performance, can easily achieve efficient data transmission.
With its excellent comprehensive performance, GYHTY optical cable has become a core infrastructure for modern communication network construction. With continuous innovations in materials science and communication technology, GYHTY optical cable will play a more critical role in smart grids, rail transit, industrial Internet and other fields, driving the development of communication networks towards high-speed, intelligent and ubiquitous directions.
GYXTA33 optical cable, with its central tube structure and double-layer steel wire armor, performs excellently in mechanical protection, optical performance, and environmental adaptability, especially suitable for complex scenarios such as direct burial, underwater, and railways. Its design balances high strength and lightweight, providing a solid guarantee for the reliability of communication networks. In the future, with the development of 5G, industrial Internet, and other technologies, the application of GYXTA33 in long-distance and high-bandwidth transmission fields will further expand.
GJFDV optical cable, with its butterfly flat structure, non-metallic strength member, and low bending loss fiber as the core, demonstrates comprehensive advantages of lightweight, easy installation, and high reliability in indoor cabling scenarios. Its parameter design accurately matches the needs of FTTH access, smart homes, data centers, and other scenarios. Through strict material selection and structural optimization, it balances performance, cost, and construction convenience.
With the popularization of 5G gigabit broadband and full-house optical networks, GJFDV optical cable will be upgraded towards higher bandwidth (supporting 50G/100G transmission), low-smoke halogen-free sheath (more environmentally friendly), and rodent-proof design (adapting to low-rise residences), continuously providing better solutions for indoor fiber optic cabling.
ET optical cables typically enclose 250μm single-mode or multi-mode fibers in loose tubes made of high-modulus materials. This loose tube material has good hydrolysis resistance and high strength, which can provide reliable mechanical protection for the fibers and help reduce the impact of the external environment on the fibers. The loose tube is filled with non-toxic and harmless waterproof compounds, such as special ointments. This not only prevents moisture from entering the fibers but also buffers external pressure to a certain extent, providing key protection for the fibers.
GJYXFHA is a type of communication duct (indoor and outdoor) optical cable with non-metallic strength members and an aluminum-polyethylene sheath