Compared to non-braided cables, braided cables are usually the winner in terms of durability. It has become the preferred choice in many applications:
- Durability: Braided cables are structurally sound and last longer. The braided design prevents kinking, twisting and general abrasion, making it more suitable for environments where cables move frequently. Examples include automotive harnesses and industrial environments.
- Better Shielding: Braided cables generally have better shielding performance than twisted or non-braided types, especially in high frequency applications. They reflect or absorb high-frequency electromagnetic waves more effectively, reducing signal interference.
- Protection from Abrasion: Braided sleeving provides an extra layer of protection that helps prevent the inner wires from fraying, even when the cable is bent or pulled.
- Adaptability and Flexibility: While braiding may add some rigidity, braided cables of specific materials (such as nylon) remain highly flexible for complex wiring environments.
- Heat Dissipation and Drainage: The openness of the braided structure allows for better air circulation and water evaporation, which helps dissipate heat and prevent internal humidity, especially in environments with large temperature variations or humidity.
- Customizability: Braided cables have a neater appearance than non-braided cables, making them suitable for applications where appearance is important. In addition, braided cables can be made of different materials and in different colors, allowing for customization and identification in complex systems.
However, compared to braided cables, non-braided cables have a price advantage because they are easier to mass produce. However, if your project requires long term durability and shielding effectiveness then braided cables are a better choice for you.
