What are the differences between optical cable gyta and gyts?

　　The differences between GYTA and GYTS are mainly reflected in the following aspects:

　　First, structural characteristics

　　GYTA cable: The aluminum-plastic composite tape is used as the jacket, and the internal fiber is fixed by a Loose Tube bundle. Its structure is relatively complex, including a multi-core structure, and each fiber is placed in the corresponding environmental protection tube after weaving. In addition, the GYTA cable also contains a non-metallic reinforcement layer, which provides good tensile resistance and prevents the cable from being affected by external pressure. The outer layer is covered with a PE jacket to protect the internal structure from damage.

　　GYTS fiber optic cable: It is also a non-metallic reinforced laminated fiber optic cable with high mechanical properties and good tensile resistance. It adopts a multi-core structure, and the internal fiber is covered and fixed by parallel aluminum-plastic composite tape. The loose tube of GYTS fiber optic cable is filled with water-blocking compound material, which provides critical sealing protection for the fiber. Its outer layer is usually wrapped lengthwise with double-sided wrinkled steel tape, and extruded into a polyethylene sheath to form the cable.

　　Second, performance and application

　　GYTA fiber optic cable: Due to the use of aluminum-plastic composite tape sheath, it provides a good electromagnetic shielding effect, so it is suitable for use in environments with severe electromagnetic interference. At the same time, its structure is simple, easy to install and maintain, and it is suitable for SMall and medium-sized communication networks. In addition, GYTA fiber optic cable is lightweight and easy to install, suitable for long-distance transmission and outdoor applications.

　　GYTS fiber optic cable: It has higher tensile resistance and wear resistance, impact resistance and other mechanical properties. Therefore, it is suitable for scenarios that require high strength and stability, such as large-scale communication network construction. GYTS fiber optic cable also has good hydrolysis resistance and UV radiation resistance, and is suitable for various harsh environments. Its laying methods are diverse, including overhead, pipelines and tunnels, etc.

　　III. Other differences

　　Sheath material: GYTA fiber optic cable uses aluminum-plastic composite tape as the sheath material, while GYTS fiber optic cable uses double-sided wrinkled steel strip for longitudinal wrapping. This results in differences in side pressure resistance and anti-rust and moisture resistance between the two. The anti-side pressure index of aluminum strip is not as high as that of steel strip, but the anti-rust and moisture resistance of aluminum strip is better than that of steel strip. In some piping environments, the use of GYTA fiber optic cable can extend the service life.

　　Cost and Cost: Due to the relatively complex structure and materials of GYTS cable, it may be more expensive to manufacture and install. Relatively speaking, the structure of GYTA cable is simple, the production cost may be lower, and it is more suitable for small and medium-sized application scenarios.

　　In summary, there are significant differences between GYTA and GYTS in terms of structural characteristics, performance and application, as well as other aspects. When selecting fiber optic cables, comprehensive consideration needs to be made according to specific needs and environmental conditions to ensure the best communication effect and performance.