NANHAI Product
Deep-sea Buoy
Deep-sea buoyancy materials are essential for providing buoyancy to deep-sea operation equipment. They offer advantages such as high pressure resistance, low density, and low water absorption. Widely used in fields like remote submersibles, underwater mining equipment, submersible buoys, life-saving devices, acoustic towed systems, floating cables, and seabed detection devices.
When designing deep-sea floats, density and operating depth are two key attributes for South Sea Company. Our deep-sea float materials can be customized based on client requirements.
The customizable density allows us to design buoyancy materials according to the size and load requirements of different products to ensure they meet the buoyancy needs.
Similarly, the customizable operating depth enables us to provide suitable buoyancy solutions for underwater tasks at various depths.
NANHAI Product Advantage
Advantages of Deep-sea Buoy
- Polyurethane or paint can be used for external coating to provide additional protection and waterproofing performance. This type of surface coating not only increases the durability and corrosion resistance of the material but also enhances its visual appearance.
- Hollow glass microspheres are lightweight materials with adjustable density to meet various buoyancy requirements.
- The unique structure of hollow glass microspheres gives them a low water absorption rate in deep-water environments. This low water absorption helps reduce weight gain and buoyancy variability, ensuring the stability of robots during long underwater missions.
NANHAI Floating Technology
Application Of Buoyancy Technology
Enterprise committed to explore marine technology and in-depth innovation in floating technology. Nearly 20 years of in-depth research on marine floating engineering which accumulated rich and valuable engineering project experience. The enterprise's floating structure technology R&D team can customize safe, stable and economical overall technical solutions for different offshore floating projects.
