Iron Float

Product functional features

1. Material and Structure: Made of carbon steel/stainless steel welded together, the overall structure is a closed cylindrical structure, with some parts filled with polyurethane foam material. It has strong deformation and tear resistance, and its structural stability far exceeds that of plastic floats.

2. Weather resistance and anti-corrosion: The surface is treated with sandblasting rust removal and heavy-duty anti-corrosion paint, which can withstand seawater corrosion, ultraviolet radiation, high and low temperature environments. Its service life can reach more than 15 years in harsh working conditions such as oceans and ports.

3. Load bearing capacity: The buoyancy of a single buoy can reach tens to hundreds of tons, which can meet the heavy load requirements such as mooring of large ships, auxiliary floating bodies for ocean platforms, and load-bearing capacity of water engineering. The buoyancy and size can be customized.

4. Installation and maintenance: The cylinder body is equipped with reserved lifting ears, connecting flanges, and other interfaces for easy lifting and splicing; Routine maintenance only requires regular inspection of the anti-corrosion coating, resulting in low maintenance costs.

5. Wide applicability: It can be used for port mooring, collision prevention of cross sea bridges, construction of ocean ranch platforms, floating platforms for water construction, etc., and is suitable for different water environments such as fresh water and seawater.

Application scenarios

1. In the field of ports and shipping: As a mooring buoy for ships at ports and docks, it can also be used as a dock collision buoy to buffer the impact force of ships when docking and protect dock facilities.

2. In the field of ocean engineering: it provides auxiliary floating support for ocean platforms and offshore wind power facilities, and can also be used for platform construction in ocean pastures and buoyancy bases for deep-sea aquaculture cages.

3. Water conservancy and bridge engineering: As a collision buoy for cross sea/river bridges, it can resist ship collisions with bridge piers and columns; It can also be used as a buoyancy component for river dredging and water-based work platforms.

4. In the field of water operations: building floating platforms for water construction, salvaging and rescuing floating bodies, buoyancy foundations for water photovoltaic power plants, and core components for water entertainment facilities such as water docks and floating bridges.

5. In the field of maritime rescue: as a floating device for emergency salvage, it provides buoyancy support for sunken ship salvage and water rescue.