Category: Seawater-Resistant Cable
Hotline
Tel: +86 133 1175 6197
WeChat: L13311756197
Email: postmaster@suoqi-cable.com
Shanghai Suoqi Cable - Deep Water Detection, Underwater Equipment, and Floating Cable Product Details
When exploring the deep ocean, operating complex underwater equipment, and constructing water operation systems, reliable cables are the key link to ensuring stable operation of various devices, accurate data transmission, and efficient energy supply. Shanghai Suoqi Cable focuses on the research and production of special cables. Its deep-sea detection cables, underwater equipment cables, and floating cables, with excellent performance, have become the ideal choice for many underwater application scenarios.
Deep water detection cable
Application areas
Deep-sea scientific exploration: Connects deep-sea detectors, underwater sonar equipment, hydrothermal zone monitors, and other key data such as deep-sea pressure, temperature, geological structure, and biological distribution, helping scientists deeply explore ocean mysteries, such as long-term monitoring and research on extreme deep-sea environments like the Mariana Trench.
Offshore oil and gas exploration: plays an important role in subsea oil and gas pipeline detection and underwater equipment control on offshore drilling platforms, providing real-time feedback on pipeline status and equipment operating parameters to ensure safe and efficient offshore energy extraction operations.
Product features
Ultra-high voltage resistance: Made with special high-strength insulation materials and thickened sheath design, it can withstand the immense water pressure from thousands of meters deep, ensuring stable cable structure and electrical performance, such as operating normally even at depths of 6000 meters.
Low signal attenuation: Carefully selected high-purity conductors and optimized cable structures greatly reduce signal attenuation during long-distance transmission, ensuring accurate and timely transmission of detection data, and providing reliable support for research and exploration decisions.
Strong anti-interference capability: Equipped with multiple shielding layers, such as tin-plated copper wire braided shielding and aluminum foil composite shielding, effectively resisting complex electromagnetic interference in marine environments and ensuring signal transmission accuracy. It can operate normally even near submarine volcanoes in complex electromagnetic environments.
Corrosion resistance: The cable outer sheath uses special materials resistant to seawater corrosion, effectively resisting seawater, saline and alkali salt, and marine biological corrosion, extending cable service life and enabling long-term stable operation in harsh marine environments.
Cable structure
Conductor: Multiple strands of high-purity oxygen-free copper wire are tightly twisted, providing excellent conductivity and flexibility. The conductor's cross-sectional area can be flexibly adjusted according to the power and transmission distance requirements of different detection equipment.
Insulation layer: Uses special high-voltage insulating materials, such as high-performance cross-linked polyethylene, which have excellent electrical and mechanical properties, capable of withstanding high voltage and strong water pressure.
Shielding layer: Multi-layer shielding structure. The inner aluminum foil shielding effectively blocks low-frequency interference, while the outer tin-plated copper wire braided shielding targets high-frequency interference, achieving a shielding efficiency of over 95%.
Armor layer: Made of high-strength stainless steel strips or steel wire armor to enhance the cable's compression, tension, and impact resistance, protecting internal structures from damage.
Outer sheath: Made of special materials resistant to seawater corrosion and wear, such as modified polyurethane, with a smooth surface that can reduce water flow resistance and prevent marine organisms from attaching.
Underwater equipment cable
Application areas
Underwater robot operations: provide power transmission and signal control for underwater robots, ensuring their flexible execution of tasks in complex underwater environments, such as artifact detection and salvage assistance in underwater archaeological work.
Underwater lighting system: stably connect underwater lighting fixtures to ensure sufficient and continuous illumination in dark underwater environments, widely used in underwater filming, aquarium landscape lighting, and other scenarios.
Power supply for submersible equipment: Provides stable power supply for submersible motors, pumps, and other equipment, meeting the power needs of underwater operations, such as drainage during underwater engineering construction.
