Advanced Pipe Floats with Cable Troughs – Reliable Floating Support for Marine and Industrial Pipelines

1. Integrated Cable Trough Design
Each float includes a dedicated cable trough, allowing safe and organized routing of cables alongside pipelines. This design minimizes abrasion and ensures long-term protection during marine operations.
2. Strong and Durable Structure
Manufactured using high-strength polyethylene, these floats resist impact, UV radiation, and corrosion. Their rugged shell maintains reliable buoyancy even under rough sea conditions.
3. Modular Options for Various Pipe Sizes
Available in multiple models, including L800 × OD500 × ID160, L800 × OD500 × ID220, L1500 × OD1300 × ID630, and L1300 × OD1300 × ID500, the product can easily adapt to different pipeline diameters and buoyancy requirements.
4. Easy Installation and Maintenance
Lightweight and user-friendly, these floats can be installed with steel, textile, or composite straps. Their modular structure reduces downtime and simplifies maintenance on-site.
5. Fully Customizable Design
Color, buoyancy, structure, and attachment methods can be tailored to meet specific operational needs, ensuring compatibility with various marine and industrial projects.

Marine Pipeline Systems – Provides buoyancy and cable management for floating and submerged pipelines.
Port and Harbor Projects – Used in water transfer systems, dredged channel piping, and marine equipment installations.
Offshore Energy Projects – Supports oil, gas, and renewable energy conduits with enhanced cable safety.
Environmental and Water Treatment Systems – Assists in floating discharge, drainage, and aquaculture pipeline operations.

Offshore Energy & Oilfield Operations – Guarantees stable floating support for subsea pipelines and communication cables.
Marine Engineering & Coastal Infrastructure – Ideal for port expansions, marine transport, and seawater transfer projects.
Water Treatment & Environmental Protection – Ensures safe floating support for water discharge and irrigation systems.
Renewable Energy & Industrial Utilities – Serves floating systems in wind farms, desalination plants, and power facilities.

Q：How long is the warranty period ?

A:The warranty period begins on the date the buyer hands over the goods to the investor and ends on the first 18 (eighteen) months after the buyer's handover date, or on the first 12 (twelve) months after the installation date, whichever comes first.

Q: Are these floats suitable for seawater use?
A: Yes, absolutely. Polyethylene (PE) is highly resistant to saltwater corrosion, UV radiation, and chemical erosion. They are actually preferred over steel floats in marine environments because they never rust.

Q:How thick is the plastic on the floats? Precisely what is the material?

A: All of our floats are made with PE ( polyethylene) plastic shells,  each float has a closed-cell urethane foam filling for safety and structural rigidity. The PE shell is a super tough material that will take a beating and the foam filling stops you from sinking if you do manage to puncture a float.

Q:What happens if one breaks?

A: In the years of us selling our floats to industrial and recreational customers, very few tell us that they have punctured a float.  Our floats really are tough as nails, but if you have the misfortune of piercing one, you can either easily replace the float, or repair it, but when the damage happens, you won't sink due to the non-water absorbing urethane foam inside each float. If you choose to repair a float, remove it from the pipe (or at least pull the craft out of the water), let it drain in a dry area for a couple days, and use a HDPE plastic welding kit. This is a kit that comes with a special electric soldering iron-type tool and some plastic welding rod.