Fiber Hope fiber optic patch cord popular with communication industry

The central beam tube (GYXTW) fiber optic cable is the most commonly used. Its structure is to sheath a 250μm optical fiber into a loose tube made of high modulus material, and the loose tube is filled with a waterproof compound.The loose tube is covered with a layer of double-sided plastic-coated tape (PSP) longitudinally, and water blocking material is added between the steel tape and the loose tube to ensure the precise mounting method and the direction of water blocking. Two parallel wires are placed on both sides After extruding the polyethylene road sheath into a cable.What are the application scenarios of GYXTW?Application occasions of optical cable:1.Overhead laying2. Directly buried laying3. Pipeline laying4. Data CenterAs a fiber optic cable manufacturer, Fiber Hope is always welcome to consult the price！

(1) Vertical lifting cable (Riser)After the optical cable enters the building, it is necessary to provide the connection between the entrance equipment, equipment room or computer room and the communication cabinets on different floors, which is called "vertical wiring system". At this time, the wiring optical cables are mostly located in the riser in the vertical shaft between the floors. For this reason, the optical cable needs to withstand greater tensile force (maximum self-weight).(2) single-core, dual-core interconnection indoor optical cable (Interconnectcable)Tight sleeve single core, tight sleeve figure 8 double core, tight sleeve 2 core ~ 4 core circular structure indoor optical cable. Due to the very flexible tight sleeve structure and high load-bearing aramid yarn surrounding the tight sleeve fiber, the optical cable structure size Small, flexible, able to withstand a small bending radius, no traces of inventory, fiber to the workstation, plug-in wiring, pigtails, jumpers in the communication cabinet, the communication cabinet to the leading end of the indoor wall, and the leading end to the transceiver application Ideal for interconnecting optical cables. They are directly equipped with standard connectors, and play the role of interconnection between optical end equipment and backbone (vertical) optical cables in communication cabinets, distribution boxes, protective boxes, and equipment boxes. This type of optical cable is convenient and easy to install in a limited space, and becomes an ideal network cable solution for wiring in a limited space and plugging in a flexible cord in a building.(3)Optical cable for inflatable environment (Plenum)In indoor applications, when optical cables need to pass through conveying pipes, high-pressure inflatable spaces or air handling systems to transmit information, Plenum-level indoor optical cables are required. This special use environment puts forward stricter requirements on the flame retardancy and corrosion resistance of the optical cable. Therefore, the tight sleeve material and outer sheath material of the indoor optical cable used are more stringent. The sleeve is made of PVC material, and the outer sheath material is a flame retardant PVC material or hard fluoropolymer that meets the UL certification. The use of PVC design is superior to fluoropolymers. Because PVC is soft and easy to bend, there is no trace of inventory, and it can be stored in a ring.(4) anti-mouse type optical cableSingle-core or multi-core tight-buffered fiber optic cable protected by stainless steel hose has strong resistance to lateral pressure, bending resistance, high tensile strength, and excellent rodent resistance. Can be used for stampede occurrence? Occasions, such as laying under carpets or occasions where limited space requires frequent bending or rodent damage.In addition, there are several things: First, when the fiber ribbon fiber optic cable is used to enter the building, the matching indoor fiber ribbon fiber optic cable (fiber ribbon + aramid yarn + PVC sheath structure) can be used. Second, when laying underground pipelines and ceilings in the equipment room, reinforced structures can be used, such as using PE and PU sheaths on the basis of the distribution cables or using aluminum-PE sheaths on the basis of the scattered cable structure. Set of structure and so on. The third is that the cable can be used for overhead and direct buried laying when the metal armored sheath is used. Fourth, in occasions with high requirements for toxicity and smoke generation, low-smoke and halogen-free (LSZH) materials can be used as the outer sheath. Fifth, it has better resistance to friction, scratches and chemical erosion when using PU sheath.As a fiber optic cable manufacturer, Fiber Hope welcomes inquiries!

Optical cables are now used in medicine as endoscopes, mostly in signal lights for entertainment and audio. There are many advantages of optical cable, first of all, it is relatively strong anti-interference. What is transmitted in the optical cable is the light beam instead of the electronic signal, so it will not be interfered by the external electromagnetic during the transmission process. Secondly, it has fast transmission speed and long transmission distance. Optical cable is the fastest transmission medium, and the distance that can be transmitted is also very large. Do you want to know more about optical cables? The following editor of Xianji Network will introduce to you the three major technologies of fiber optic cable structure, types of fiber optic cables, 10 steps of fiber optic cable fusion, fiber optic cable line failure, and fiber optic cable life extension.Optical cable structureThe basic structure of optical cable is generally composed of several parts such as cable core, reinforced steel wire, filler and sheath. In addition, there are components such as waterproof layer, buffer layer, insulated metal wire and so on as needed. The optical cable is composed of three parts: a strengthening core, a cable core, a sheath and an outer sheath. There are two types of cable core structure: single core type and multi-core type. The single core type has two types: full type and tube bundle type; the multi-core type has two types: ribbon type and unit type. The outer sheath has two types: metal armored and non-armored.Types of optical cablesThere are many types of optical cables, and there are more classification methods. Here are some commonly used classification methods.1. Classified according to transmission performance, distance and purpose. It can be divided into long-distance optical cables, local telephone optical cables, submarine optical cables and user optical cables.2. Classified according to the type of optical fiber. It can be divided into multi-mode optical cables and single-mode optical cables.3. According to the method of optical fiber coating. It can be divided into tight sleeve fiber optic cable, loose sleeve fiber optic cable, bundle tube type fiber optic cable and ribbon multi-core unit fiber optic cable.4. Classification according to the number of fiber cores. It can be divided into single-core optical cable, dual-core optical cable, four-core optical cable, six-core optical cable, eight-core optical cable, twelve-core optical cable, and 24-core optical cable.5. Classified by reinforcement configuration methodOptical cables can be divided into central strengthening member optical cables (such as stranded optical cables, skeleton optical cables, etc.), dispersed strengthening member optical cables (such as strengthening optical cables and flat optical cables on both sides of the beam tube), and sheath strengthening member optical cables (such as beam tube steel wire armor Optical cable) and PE outer sheath plus a certain amount of thin steel wire PE thin steel wire composite outer sheath optical cable.6. Classified by laying method. Optical cables can be divided into pipeline optical cables, directly buried optical cables, overhead optical cables and underwater optical cables.7. Classified according to the nature of the protective layer material. Optical cables can be divided into polyethylene sheathed ordinary optical cables, PVC sheathed flame-retardant optical cables and nylon anti-termite and rat-proof optical cables.8. Classified according to the condition of transmission conductor and medium. Optical cables can be divided into metal-free optical cables, ordinary optical cables and integrated optical cables.9. Classified by structureOptical cables can be divided into flat structure optical cables, stranded structure optical cables, skeleton structure optical cables, armored structure optical cables (including single and double armored) and high-density user optical cables.10. Commonly used communication optical cables can be divided into(1) Indoor (field) outdoor optical cables-optical cables used for outdoor direct burial, pipelines, channels, tunnels, overhead and underwater laying.(2) Flexible optical cable-a movable optical cable with excellent flexibility.(3) Indoor (office) optical cable-optical cable suitable for indoor deployment.(4) Optical cables in equipment-optical cables used for laying in equipment.(5) Submarine optical cable-optical cable used for laying across the ocean.(6) Special optical cables-in addition to the above categories, optical cables for special purposes.Fiber hope fiber optic cable manufacturer:https://www.fh-fiber.com/,welcome to inquiry!

Yes. Typically, Fiber Hope Optical Communication Tech Co.,Ltd. will inform the customer of the volumetric weight of fiber optic patch cord after shipment. Our customers don’t need to worry about keeping track of various DIM weight calculations, because we understand well how shipping fees are calculated and will keep track of any changes that occur. We know that making a simple shift can cut shipping expenses considerably. To avoid overpaying and keep chargeable weight to the minimum possible, we will let our freight forwarder know in advance when we are expecting deliveries. They will be able to creatively combine the packages to simplify logistics and cut the shipping costs.Over the years, Fiber Hope Fiber Optic Cable , backed up by extensive industry experience, has gained a reputation for providing high quality PLC Splitter. Fiber Hope Fiber Optic Cable produces a number of different product series, including PLC Splitter. MEMS Optical Switch is worth popularizing with the characteristics of fiber optic patch cord. The optical wave transmits within its core area without light leakage. With this product, users can forget to wake up in the middle of the night in search of a more comfortable sleep. It will maximize users' comfort in the night. The product is widely applied in the communication engineering industry.We take social responsibility. We are committed to protecting our precious environment and reducing the impact of our activities and our customers' activities. Call now!