Eco-Link® is a green product specifically designed to limit soil erosion and to create attractive landscaping features which blend in with local and indigenous vegetation. Based on sound engineering principals, Eco-Link® is easily and cost-effectively installed, requiring no additional cement or concrete – another green advantage. It is also robust and long-lasting, needs minimal maintenance and withstands the most adverse weather conditions.

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Erosion control and water management

Comprising a flexible lining of hollow interlocking precast concrete cells, the broken surface created by the cells reduces water flow-speeds (hydrostatic pressures) and inhibits soil erosion in waterways and drainage channels, as well as in flood-prone ditches, spruits, riverbanks, estuaries and beach embankments.

Attenuation ponds and reservoirs

Eco-Link® can be installed underwater and is used to line the banks and bottoms of attenuation ponds and reservoirs, which not only protects the soil but makes for easy maintenance and servicing.

Protecting water pipes

It is also deployed to avoid soil erosion around flow-ramps at pipe inlets and outlets, preventing the loss of soil under the pipes.

Reinforcing gravel roads

Eco-Link® is well-suited to reinforcing gravel roads and tracks on undulating and mountainous terrain where it provides excellent erosion control and better grip for all types of traffic, including heavy trucks, especially under slippery conditions.


Filled with topsoil, Eco-Link® cells provide an environment in which vegetation flourishes. This offers both practical and aesthetic advantages. Besides adding a natural and visually appealing dimension, the vegetation binds the soil and slows down water flows even further.

Structural integrity

Eco-Link® cells are factory-made and then assembled on site, ensuring consistent quality and the lowering of site establishment costs. Individual cells are solidly wedged against each other creating a single yet flexible ground covering.

The cells are designed with tapered edges to allow for independent movement and the cabling ensures that individual cells are not subject to excessively high movement. The cells also follow ground contours which reduce the need for extensive earthworks and, owing to their inherent flexibility, there is no loss of function through the moderate settlement of the subgrade.


Very little subgrade preparation is required and, under normal circumstances, only minimal compaction of the lay-down surface is needed. However, surfaces must be smooth without sharply protruding rocks, roots or other elements.

Technical specifications

Length x width x thickness(mm) 340 x 294 x 95
Length x width(mm) 309 x 294
Cells (p/m2) 11
Cell weight (ave.) 13,1
Individual weight (kg/m2) 140
Open area (%) 18
Material vol. to fill joints & voids (m3/m2) 0,022
Bending radius 0,5 to 1,0m