Ball Type EPS Foamed PE Floating Buoy Used For Mooring System

Spherical EPS foam PE floating buoys are specially designed for use in mooring systems. It is commonly used to provide flotation and support in a variety of marine applications such as offshore platforms, floating docks and mooring buoys. 

EPS foam provides excellent buoyancy, allowing the buoy to float on the water. This helps maintain the stability and position of the mooring system. PE plastic is durable and resistant to UV radiation, weather conditions and harsh marine environments. It ensures that the buoy remains intact and functional over an extended period of time and requires minimal maintenance. The buoy's spherical shape improves stability and buoyancy, making it suitable for heavy-duty mooring systems. The smooth surface of the buoy reduces friction with other objects, preventing any potential damage or wear. 

Buoys are designed with attachments such as chains, ropes or connectors to facilitate connection to the mooring system and secure anchoring. These attachments ensure the buoy remains in place even in rough sea conditions or strong currents. Overall, spherical EPS foam PE floating buoys for mooring systems are a reliable and efficient solution for providing buoyancy and support in marine applications. Its durability, buoyancy and resistance to environmental factors make it ideal for long-term use in a variety of mooring systems.

Rotational moulding is a process of forming hollow plastic products. Firstly put the plastic power into the mold and then heated and rotated along two vertical axes. The powder in the mold is melted and adhered onto the mold inner surface, then cooling down the mold and take out the product when it reaches a correct temperature.

Compare to the extrusion, injection and blow molding processes, which are often used in plastic molding. The rotational moulding process is more suitable for the production of large, medium or complex plastic products. The products have almost no internal stress to ensure a very long service life.