Underwater Unmanned Glider Cable is primarily used for connecting underwater unmanned gliders with surface control equipment to enable power supply and signal transmission. Its specific application scenarios include oceanographic surveys and scientific research, marine cultural heritage investigations, submarine cable maintenance, etc., assisting underwater unmanned gliders in completing various tasks in marine environments.

Features: High flexibility and tensile resistance, waterproof and corrosion-resistant, wear-resistant, anti-interference, etc.

Seawater-Resistant Cable: Specifically designed to withstand various marine environments, suitable for various deep and shallow waters in rivers, lakes, and oceans. It can be used for connections between underwater unmanned gliders and surface control equipment.

Tensile-Resistant Seawater-Proof Special Cable: Suitable for complex marine environments, with excellent product performance and a wide range of applications. It is particularly ideal for connecting underwater equipment such as unmanned gliders with surface control equipment. This cable features high flexibility and resistance to bending and coiling, effective electromagnetic interference resistance, reinforced tensile strength, wear resistance, waterproof and hydrolysis resistance, and corrosion resistance.

Zero Buoyancy Floating Cable: Suitable for electrical equipment used in underwater operations such as in oceans and various complex aquatic environments. It serves as a connection line between underwater unmanned gliders and surface control units. It floats on water, offers good flexibility, ideal mechanical strength, and excellent water-blocking performance, reducing the movement burden on equipment and improving cable visibility.

Conductor: Reinforced conductor structure, multi-strand oxygen-free bare copper wires stranded (tinned wires must be specified), compliant with VDE0295 Class 6 conductor structure standards.

Insulation: Specially formulated high-strength elastomer insulation material resistant to seawater.

Color Coding: 0.5mm2 colored cores for differentiation, compliant with DIN47100 standards; ≥0.5mm2 black cores with white numerical coding for differentiation.

Structure: Optimized cable stranding pitch to meet the mobility requirements of underwater operations;

Can integrate optical fibers, power cables, signal control cables, coaxial video cables, mobile network cables, air guide tubes, etc.;

Optional tensile steel wire rope or Kevlar fiber as reinforcement elements;

Optional specially formulated high-strength elastomer sheath material resistant to seawater as the inner sheath layer;

Optional Kevlar fiber braiding for enhanced tensile and torsional resistance;

Optional tinned wire braiding for applications requiring high electromagnetic interference resistance; outer sheath layer made of specially formulated imported polyurethane material resistant to seawater, with customizable sheath colors.