HDPE Pipe Floater Engineered to Withstand Harsh Environmental Conditions Including Saltwater UV Exposure and Abrasion

Our HDPE Pipe Floaters (also known as Dredge Pipe Floats) are engineered using high-quality, UV-stabilized High-Density Polyethylene (HDPE) shells filled with high-density Polyurethane (PU) foam. Designed to withstand the most grueling marine environments, these floaters provide stable and reliable buoyancy for discharge pipes, cables, and hoses.

Our HDPE variants are lightweight, corrosion-resistant, and impact-resilient. The outer shell is manufactured through rotational molding technology, ensuring a seamless, one-piece construction that prevents water ingress and ensures a service life of over 10 years even in saltwater or acidic conditions.

Exceptional Buoyancy: The closed-cell PU foam core ensures that even if the outer shell is accidentally punctured, the floater will not absorb water or sink.

Corrosion & Wear Resistance: HDPE is naturally resistant to sea salt, chemicals, and UV radiation, making it ideal for offshore applications.

Impact Absorption: The flexible nature of the HDPE shell allows the floater to absorb energy from wave action or collisions without cracking.

Temperature Stability: Designed to operate effectively in temperatures ranging from -40°C to 60°C.

Dredging Operations: Supporting sand and slurry discharge pipelines in harbor cleaning or land reclamation projects.

Mining Industry: Floating tailings pipelines for mineral processing plants.

Marine Construction: Buoyancy support for underwater power cables and communication lines.

Environmental Protection: Supporting oil booms and floating barriers to contain surface pollutants.

Agricultural Irrigation: Facilitating floating water intake systems for large-scale farming.

Why Choose Our HDPE Floaters?

When sourcing for large-scale marine projects, reliability is non-negotiable. Our products undergo rigorous pressure and buoyancy testing to meet international maritime standards. By choosing our HDPE floaters, you reduce maintenance costs, prevent pipeline fatigue, and ensure the safety of your offshore assets.

We provide customized IDs (Internal Diameters) to fit any pipe size and can adjust the buoyancy rating based on the specific gravity of the material being pumped.