GYFTY33 optical cable is designed for outdoor environments and has good weather resistance and resistance to external environmental factors. This type of optical cable is suitable for different communication needs, including long-distance communication and applications under various environmental conditions. Compared with some metallic materials, GYFTY33 optical cables are usually made of non-metallic materials, which helps to improve their corrosion resistance. This kind of optical cable can cope with various environments, such as soil moisture, temperature changes, chemical substances and other factors, and maintain stable communication performance.
Application：Directly buried, steep slopes, underwater
Temperature Range：Storage and operation:：-40C ~ +70C；Erection：-15C ~ +60C
Bend radius：Static 10 times the cable diameter，Dynamic 20 times optical cable diameter
Fiber Type：G652D；G655C；G657A1；G657A2；50/125；62.5/125；OM3-150；OM3-300；OM4 As Options
Durability: GYFTY33 optical cable is designed for use in outdoor environments and has good weather resistance and resistance to external environmental factors.
Versatility: This type of fiber optic cable is suitable for different communication needs, including long-distance communications and applications in various environmental conditions.
Non-metallic materials: Compared with some metallic materials, GYFTY33 optical cables are usually made of non-metallic materials, which helps improve their corrosion resistance.
Adaptability: This optical cable can cope with various environments, such as soil moisture, temperature changes, chemical substances and other factors, maintaining stable communication performance.
Transmission performance: Different types of optical cables have different transmission properties. For example, some are suitable for long-distance transmission, while others are more suitable for short-distance, high-speed transmission.
Anti-interference: The design of an optical cable may affect its resistance to external interference. Some optical cable designs can reduce signal interference and loss.
Tensile properties: Certain fiber optic cable types have higher tensile properties and can withstand greater pulling forces without affecting communication quality.
Environmental adaptability: The material and design capabilities of optical cables affect its adaptability to environmental factors, including temperature resistance, humidity resistance, chemical corrosion resistance, etc.
Outdoor application: Designed for use in outdoor environments, with good weather resistance and resistance to external environmental factors, adaptable to various climate conditions and terrains.
Structural design: It adopts loose tube structure, and the internal optical fibers are generally arranged in a loosely packed manner, making it easy to maintain and repair.
Non-metallic materials: In most cases, non-metallic materials are used, such as polyethylene (PE). This design helps reduce weight and improve corrosion resistance.
Versatility: Suitable for different communication needs, and can support long-distance communication and communication requirements in various application scenarios.
Resistance to environmental effects: It has a certain ability to resist humidity, temperature changes and chemical corrosion, and maintains stable communication performance.
Stable communication performance: Able to maintain stable communication performance under appropriate environmental conditions and provide reliable data transmission.
Fiber count and capacity: The number of fibers and capacity in a fiber optic cable can vary depending on the specific design specifications. GYFTY33 usually provides multiple optical fibers to meet different communication needs.
Compression resistance: This type of optical cable usually has certain compression resistance and can withstand a certain degree of external pressure and protect the internal optical fiber from damage.
Waterproof and moisture-proof performance: The outer material of the optical cable usually has certain waterproof and moisture-proof properties, which can protect the internal optical fiber from moisture and moisture.
Long life and stability: This type of fiber optic cable usually has a long service life and can maintain stable performance under appropriate usage environments.
Anti-electromagnetic interference: This type of optical cable usually has a certain degree of anti-electromagnetic interference capability, which can effectively protect data transmission from external electromagnetic fields.
Low transmission loss: GYFTY33 optical cable usually has low signal transmission loss when transmitting data, helping to maintain signal quality.
Easy to identify and manage: Fiber optic cables often have different identification, such as color coding or labels, to help distinguish different fiber optic cable types and manage maintenance.
Customizability: Although there are standard designs, this type of optical cable can also be customized according to specific needs to meet the needs of special scenarios.
Standard length：2000m, other lengths are also available
Note: The structure’s size and specifications can be desianed according to customer requirements
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