MONDEA Floating Dredger Hose

PT. Totalitas Teknik Indonesia

Description

MONDEA Floating Dredger Hose

Mondea Floating Dredging Hose has been used on reclamation projects in different parts of Indonesia. It is designed for abrasive material transfer applications and is equipped with extra abrasion resistant lining for longer life time use for dredging sand & slurry.
Mondea Floating dredger Hose is suitable for the most harsh sea conditions. It is equipped with PE foam body in order to adjust to the SG of the pumped material in order to stay afloat. It is also suitable for suction & discharge services.

It is available up to diameter of 40” and in maximum length of 11.8 M & different pressure ratings.

A Floating Dredger Hose is a specialized hose designed to float on water surfaces while transferring dredged materials between dredgers, barges, and shore connections. Unlike conventional hoses, it features built-in buoyancy layers that keep it afloat even when fully loaded.

The Mondea Floating Dredger Hose is manufactured using reinforced synthetic rubber and high-density PE foam to ensure buoyancy, strength, and resistance to wear, oil, and seawater.

Applications

Mondea Floating Dredger Hose is widely used in:

Dredging Projects – Transporting sand, gravel, silt, or slurry.
Mining Operations – Slurry and tailings transfer.
Marine Engineering – Reclamation and port maintenance.
River and Lake Cleaning – Removing sediments and debris efficiently.

Its high flexibility and buoyancy make it the preferred choice for offshore and nearshore applications.

Technical Features

Feature	Description
Inner Tube	Synthetic wear-resistant rubber for abrasive slurry
Reinforcement	Multi-layer textile with steel wire helix
Outer Cover	Weather and UV-resistant rubber
Buoyancy Layer	High-density closed-cell foam for stable floating
Working Pressure	Up to 15 bar (customizable)
Temperature Range	-20°C to +80°C

Every Mondea Floating Dredger Hose is tested to meet international dredging and safety standards, ensuring outstanding reliability in harsh marine environments.