فارسی
English
عربي
کوردی
Ovan Floating Dock
brand : TPC Marine
Polyethylene Floating Docks Polyethylene floating docks represent a new generation of marine infrastructure, produced using high-density polyethylene (HDPE). With a modular design and multiple interconnection capability, these docks allow for quick installation, easy relocation, and phased expansion. The materials used in their construction are resistant to sunlight, corrosion, salt, and chemicals, ensuring a very long service life. Due to their intelligent design and lightweight structure, polyethylene docks are widely used across various industries including recreation and tourism, fisheries, marine industries, commercial ports, military bases, and even research projects. Their non-slip surface, high stability in waves, and suitable load-bearing capacity make them an ideal option for all types of aquatic environments. Custom designs and the ability to install additional accessories such as railings are among the other advantages of this advanced system.
| Color | Average Thickness | Buoyancy Force | Total Weight | Dimensions | Raw Materials |
| White | 5-6mm | 450Kg | 24Kg | cm 100*100*50 | High Density Polyethylene (HDPE) |
These docks are produced using the blow molding method and HDPE materials in dimensions of 100×100 cm with a height of 50 cm, with each pontoon capable of supporting a static load of 450 kg.
They can also be filled with polyurethane foam, which distributes the pressure across the dock’s surface and prevents deformation caused by temperature changes.
Blow-molded floating docks, due to the HDPE materials used, have higher resistance to pressure and impact. Furthermore, thanks to their different production process compared to rotational molding, their production speed is higher.
Technical Specifications:
- Static load capacity: 450 kg, higher than rotationally molded docks
- Advantages of Blow Molding Docks:
- Higher strength due to the use of High Molecular materials
- Faster production compared to rotational molding
- Faster installation with less manual labor required
- Higher buoyancy
