Most of the cables used in engineering equipment cannot float in the water, so when the engineering equipment moves forward, the mo re the cable sinks, the greater the burden of moving the engineering equipment, and it is easy to cause the end cable to fall off. Furthermore, the immersion of the optical cable will greatly reduce its visibility, and it will be easily damaged by creatures or rocks in the water when towed, and the damage cannot be observed in time. Therefore, there is a need for a floating cable with good flexibility, ideal mechanical strength and good water resistance, which can be used for underwater operations. Therefore, the zero-buoyancy floating cable is designed and produced for market demand.

      ●Scope of application:

      Equipment used for shallow and deep sea operations, such as underwater robots, underwater equipment power supplies, signal control of equipment under cables, etc.

      ●Cable structure

      1. Conductor: multiple strands of finely stranded ultra-fine oxygen-free copper wire, stranded wire/multiple strands of tinned copper wire

      2. Insulation: seawater resistant mixed PVC insulation/TPE insulation materials/automotive materials/fluoroplastics

      3. Shielding layer: tinned copper mesh braided shield, density above 85%

      4. Outer sheath: foamed polyurethane