As always our watchword applies to these concrete breakwater elements as well: durability through quality! The moulds are made of high quality structural steel and will last for years thanks to their excellent powder coating. The wide range of Tetrapod moulds, from small (1.5 tons) to very large (25 tons), makes it possible to create a suitable water barrier. Its long sides extend downwards, which increases the draught of the pontoon. floating breakwater reinforced concrete Our floating breakwater is intended for exposed sites and possesses a high stability and buoyancy. Cement, the main binder in a concrete mix, is primarily made of clinker a residue produced by firing limestone and clay in a. Numbering each individual concrete breakwater element also makes it easy to check for any movement. Breakwaters are made of suitably reinforced concrete for marine. Concrete is the most common material for making breakwaters. My invention relates to improvements in concrete breakwater construction. That is because ‘random’ placement of several interlocking Tetrapod elements minimises displacement. E02B3/06 Moles Piers Quay walls Groynes Breakwaters Wave dissipating walls.
The Tetrapod concrete elements are not only more efficient and effective, they are also more reliable. But BETONBLOCK®’s Tetrapod is designed in such a way that the force of the incoming water decreases the broken waves flow around the Tetrapod instead of against it, thus losing their impact.
Conventional breakwaters like boulders and concrete blocks move easily under the force of the waves. One of the main features of the Tetrapod is its shape, providing a better breakwater effect. With the Tetrapod mould, you can create concrete elements for coastal protection in a wide range of sizes. New in coastal technology is the BETONBLOCK® Tetrapod, for producing innovative, cleverly designed concrete breakwater elements. Where water and concrete meet: the Tetrapod from BETONBLOCK®.
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