- Product Details
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Quick Details
Quick Details
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Place of Origin:
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China
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Brand Name:
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no brand
Products Description
We developed the floating articulated breakwater technology to afford protection to ports, harbors, marinas, beached, and private property subject to destructive or annoying wave/ wake forces.
The floating breakwaters are engineered to effectively extract the energy out of the water rather than just deflecting the energy. At the installation we are showing a transmission coefficient of 0.1 on the expected wave spectrum. The floating breakwater was able to dissipated the 1.5m waves that the marina was subject to during highly destructive storms to a mere 15cm (90% efficient).
The structures can be constructed with embedded galvanised or stainless steel cable or rods, up to 25mm diameter, inside connecting 45mm EPDM rubber cables. These cables or rods can run entire length of the structure, or be constructed in sections.
The sizing and number of cables, the freeboard height of the structure, and the anchoring system all influence the resistance to various threat levels as well as the wave attenuation capabilities.
The barriers can be designed with gates, solar lighting, fencing, razor-wire and more depending on your needs, The stainless steel rods are used when a rigid structure is required, such as for sections or buoys with signage and barriers with rigid fencing. All metal hardware used is either galvanized or staineless steel as required. Metal eyes can be placed periodically or as needed for lifting, towing or otherwise moving the structure.
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Sea Barrier
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Size mm
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770×770×280mm (165mm)
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Color
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Red, White
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Material
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HDPE
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Weight
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6kg
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Product Usage
All floating breakwater mooring components, either in use or in storage, must be prioudically inspected to determine their current material condition and their future maintenance requirements. The importance of these inspections cannot be overmphasized because the effectiveness of any maintenance program will always depend on how often and how well these checks and services are performed. Inspection plans, therefore, should take into consideration the critical elements of frequency of inspections and the thoroughness, completeness, and quality of work.
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