Seawater-Resistant Network Cable Structure Design & Material Selection

Key Technical Data

0.6/1KV
90℃

Scenarios such as marine monitoring and underwater aquaculture require high data transmission. Conventional cables cannot withstand seawater corrosion and humid environments, resulting in severe signal attenuation and communication interruptions. To address this pain point, Shanghai Suoqi's seawater protection network cables have been optimized in both materials and processes: the conductor is made of high-purity oxygen-free copper, the stranded wire is shielded separately by aluminum foil, the tinned copper is fully shielded, and the outer sheath is seawater resistant to polyurethane PUR, ensuring stable underwater signal transmission. In practical applications, the product has been recognized by customers in the underwater field for its wear resistance, oil resistance, and corrosion resistance. Supports customization according to drawings and direct shipment from stock. Please inquire for 13311756197 details.

Product Features

Product Electrical Parameters Rated voltage: 0.6/1KV and below Voltage range customizable; Temperature range: -40~90°C; Bending radius: 7.5~8*D (for mobile use); ---

Application scenarios

Industrial automation, machinery manufacturing, port terminals, and mining operations

Customized services

Shanghai Suoqi Cable offers seawater protection network cable selection guidance and on-demand customization services, with multiple cores, multiple specifications, and flexible combination of spot and futures. For details, please inquire 13311756197 (WeChat number is the same).

Frequently Asked Questions

What kind of network cable is used for underwater surveillance?

Prefer network cables with overall braided shielding for better resistance to interference, and for long-distance transmission, it is recommended to check the attenuation margin.

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.