Round Buoy

The Round Buoy is a multi-purpose buoy with a spherical structure design, offering excellent stability and buoyancy. It is widely used for marking, positioning, and monitoring tasks in oceans, ports, lakes, and rivers. Its circular shape not only maintains balance under wave action but also effectively reduces the impact of wind and waves on its attitude, ensuring long-term operational stability and safety.

Our company's Round Buoy utilizes a high-strength, one-piece molding process. The float body is coated with high-density polyethylene or polyurea, providing excellent impact resistance, corrosion resistance, and UV aging resistance. The internal filling is made of closed-cell foam material, maintaining good buoyancy even if the outer shell is damaged, making it suitable for various sea states and environmental conditions.

In terms of functional configuration, the Round Buoy can be flexibly equipped with positioning lights, radar reflectors, signaling devices, or environmental sensors depending on the application, for navigation channel marking, work area demarcation, or marine environmental data collection. The system supports solar power and wireless communication modules, ensuring continuous data and signal output, simple maintenance, and reliable operation.

With its compact structure, stable buoyancy, and convenient maintenance, our Round Buoy has become an ideal choice for maritime navigation, environmental monitoring, and engineering signage. It not only embodies a simple and practical design philosophy but also ensures long-term safety at sea and efficient monitoring operations through its robust and durable quality.

1.Marine Meteorological Observation

Real-time monitoring of sea surface parameters such as wave height, period, wave direction, wind speed, and air pressure, providing data support for marine weather forecasting and typhoon path prediction.

2.Nearshore and Port Safety Monitoring

Deploying buoys in ports, waterways, and offshore bridges to monitor wave height and current velocity, ensuring the safety of ships entering and leaving ports and for construction work.

3.Offshore Wind Farm Site Selection and Operation Monitoring

Collecting long-term wave and current field data to provide a basis for wind turbine foundation design, operation and maintenance decisions, and equipment wind and wave resistance assessment.

4.Marine Engineering and Oil Platform Monitoring

Measuring changes in sea state, wave height, and current velocity around platforms to ensure the safety of offshore drilling, pipeline laying, and structural stability.

5.Marine Scientific Research and Dynamics

Used to study wave propagation patterns, wave energy spectra, ocean current distribution, and energy exchange, providing measured data for ocean dynamics models.