Advantage

1. Space saving and easy installation
   • YBF flat cable adopts a flat design, with a compact structure and small space occupation, especially suitable for places with limited space.
   • Cables are easy to bend and lay, and the installation process is simple and fast, reducing construction difficulty and time costs.
2. Good heat dissipation performance
   • The flat structure increases the heat dissipation area of the cable, which helps reduce the risk of cable overheating, improve current carrying capacity and service life.
3. Strong weather resistance and environmental resistance
   • The cable is made of special materials such as oil resistant, cold resistant, acid and alkali resistant, and is suitable for outdoor environments with oil stains, humidity or harsh weather conditions.
   • Some models have non flammability and meet fire safety standards, making them suitable for situations with high safety requirements.
4. High flexibility and strong resistance to torsion
   • The cable conductor adopts multi strand flexible oxygen free copper wire, and the insulation and sheath materials are soft, capable of withstanding frequent bending and movement, suitable for dynamic installation environments.
   • The flat design reduces the twisting of cables during bending or movement, reducing the risk of damage caused by twisting.
5. Strong customizability
   • We can design customized acid, alkali, salt spray corrosion resistant series according to customer needs, or add load-bearing components such as steel wire ropes on both sides of the core to improve the cable's tensile capacity and durability.

shortcoming

1. Relatively low tensile strength
   • Compared to circular cables, flat cables have lower tensile strength and are not suitable for high-intensity tensile environments, such as long-distance and high-power transmission scenarios.
2. Limited scope of application
   • Flat cables are mainly used for short distance, low-power transmission and are not suitable for long-distance, high-power transmission scenarios.
   • In situations where significant tensile forces are required, additional load-bearing components may be needed, which increases cost and complexity.
3. High manufacturing process requirements
   • Flat cables require high dimensional accuracy, high mold costs, poor universality, and are difficult to produce.
   • The center distance dimension is greatly affected by the ambient temperature, and strict control of the production process is required to ensure electrical performance.