Rail transit sheath process for seawater-resistant cables

Scenarios such as ocean monitoring and underwater aquaculture require high data transmission performance. Conventional network cables cannot withstand seawater corrosion and humid environments, and severe signal attenuation often leads to communication interruptions. To address this issue, Shanghai Soqi seawater-resistant network cables have been specifically optimized in both materials and processes: conductors are made of high-purity oxygen-free copper, twisted pairs are individually shielded with aluminum foil, overall shielding is made of tinned copper, and the outer sheath is seawater-resistant polyurethane (PUR), ensuring stable underwater signal transmission. In practical applications, the product is recognized by customers in the marine, underwater, and robotics fields for its corrosion resistance, high flexibility, and shielding performance. Customization according to drawings and direct shipment from stock are supported. For more details, please contact 13311756197.

Product Features

Ozone resistance: Effectively resists ozone corrosion, preventing cable sheaths from aging or cracking due to ozone, thereby extending cable service life.

Acid and alkali salt spray corrosion resistance: The high concentration of salts in seawater and the possible presence of acidic and alkaline substances pose severe challenges for ordinary cables, but the cable's special outer sheath can easily handle corrosion-related damage, ensuring normal operation in various complex seawater chemical environments.

Solvent resistance: It has good resistance to oil stains and chemical solvents that may occur in the ocean, preventing swelling or dissolution from contact with these substances, ensuring cable integrity and functionality.

Long bending life: Through rigorous quality inspection and practical application verification, this cable boasts an exceptionally long bending life. Compared to ordinary cables, it can withstand more bend cycles, providing strong support for the long-term development of marine research projects. Its advantages are especially evident in scenarios such as long-term ocean observation and deep-sea exploration where cables need frequent movement and bending.

Other underwater equipment: Suitable for various underwater work appliances to connect power from surface to submersible. Whether it's deep-sea probes, marine environment monitoring equipment, or seabed geological exploration instruments, reliable power supply and data transmission can be achieved through this cable, meeting the operational needs of different types of underwater equipment in complex marine environments.

Application scenarios

Underwater Robots: Provide power transmission and signal control functions for underwater robots. When performing complex marine exploration tasks, underwater robots need to move and turn frequently. The high flexibility and bending resistance of the cable allow it to bend freely following the robot's movements, while stably transmitting power and signals, ensuring that the robot accurately receives control commands and returns exploration data in real time. Other Underwater Equipment: Suitable for power connections for various underwater appliances from above water to underwater. Whether it is deep-sea explorers, marine environmental monitoring equipment, or seabed geological survey instruments, this cable can achieve reliable power supply and data transmission, meeting the operational needs of different types of underwater equipment in complex marine environments. Flexible Customization to Meet Individual Research Needs: Shanghai Suoqi understands that different marine research projects may have specific cable requirements, and therefore provides flexible customization services: Specification Customization: Cables of various specifications can be customized according to the actual needs of customers, including conductor thickness, number of cores, etc., to meet the power transmission requirements of different devices and the number of signal transmissions. For example, for marine monitoring equipment that needs to simultaneously transmit multiple types of sensor data, multi-core cables can be customized to ensure each signal is transmitted independently and stably.

Customized services

Direct sales from Shanghai Suoqi cable factory source, supporting on-demand customization of multiple core counts and specifications. Ample stock available, nationwide shipping. Consultation hotline: 13311756197

Frequently Asked Questions

How to connect seawater protection network cables for waterproofing?

It is necessary to use waterproof connectors and sealing processes to prevent moisture from seeping along the cable core, which could affect the signal and lifespan.

What speeds do seawater-resistant network cables support?

The standard options are Cat5e/Cat6, with a bandwidth of 100MHz, meeting the video transmission requirements of underwater monitoring and marine monitoring.