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Strong pressure resistance and corrosion resistance
The outer layer of the submarine cable is made of special high-strength materials, which can withstand the huge water pressure in the deep sea and ensure the stability of the structure in extreme environments.
It has excellent corrosion resistance and can withstand the erosion of salt and chemicals in seawater to extend its service life.
High Insulation and Reliability
The multi-layer insulation structure is adopted to avoid the interference of seawater conductivity on the internal signal or power transmission of the cable.
The insulation material has waterproof and anti-leakage properties to ensure the safety and reliability of long-distance transmission.
Anti-Mechanical Stress and Protection Design
The steel wire armor design enhances the tensile strength to adapt to the complex terrain of the seabed and the tension during construction operations.
The outer sheath is cut-resistant to prevent damage by seabed rocks, marine life, and anchors.
Long-Distance Stable Transmission
It has long-distance low-loss transmission characteristics, which is particularly suitable for transoceanic power and data transmission, ensuring that signals or power can still be transmitted stably over long distances.
It can provide stable voltage and signal transmission between relay stations to reduce the risk of interruption.
Environmentally Friendly Design
Use low environmental impact materials, meet environmental standards, and ensure safe use in marine ecosystems.
The materials are non-toxic, minimizing interference with marine life during construction and daily operation.
Strong pressure resistance and corrosion resistance
The outer layer of the submarine cable is made of special high-strength materials, which can withstand the huge water pressure in the deep sea and ensure the stability of the structure in extreme environments.
It has excellent corrosion resistance and can withstand the erosion of salt and chemicals in seawater to extend its service life.
High Insulation and Reliability
The multi-layer insulation structure is adopted to avoid the interference of seawater conductivity on the internal signal or power transmission of the cable.
The insulation material has waterproof and anti-leakage properties to ensure the safety and reliability of long-distance transmission.
Anti-Mechanical Stress and Protection Design
The steel wire armor design enhances the tensile strength to adapt to the complex terrain of the seabed and the tension during construction operations.
The outer sheath is cut-resistant to prevent damage by seabed rocks, marine life, and anchors.
Long-Distance Stable Transmission
It has long-distance low-loss transmission characteristics, which is particularly suitable for transoceanic power and data transmission, ensuring that signals or power can still be transmitted stably over long distances.
It can provide stable voltage and signal transmission between relay stations to reduce the risk of interruption.
Environmentally Friendly Design
Use low environmental impact materials, meet environmental standards, and ensure safe use in marine ecosystems.
The materials are non-toxic, minimizing interference with marine life during construction and daily operation.
