Nanoalps System SAFE

Nanoalps System SAFE

Nanoalps® System SAFE is an environmentally-friendly, non-toxic polymer additive which creates water-impermeable layers, seals and also rehabilitates contaminated grounds. It is used with clay mineral binding agents as well as reduced grain-size minerals and recycled raw materials.

The properties of System SAFE

The Nanoalps® System SAFE can form an impermeable layer which is much thinner than traditional clay waterproofing but equally as efficient. This ensures excellent savings in terms of both the cost and the transportation of raw materials.

Properties overview

  • Improved elasticity and high levels of waterproofing
  • Minimisation of dry-splitting through a reduction in the swellability
  • High level of chemical and biological stability
  • Good processability
  • Cost-savings through a reduction in the required layer depth
     

Application areas of System SAFE

Nanoalps® System SAFE can be used in all areas where a high level of impermeability and waterproofing is required, e.g.:

  • Landfill sites
  • River and sea dykes
  • Dams and embankments
  • Water reservoirs and water-storage facilities
  • Near to rivers and protected water and nature areas
     

Improved material stability

Load-tests show an improvement in material stability.

Le prove di carico hanno dimostrato l‘aumento della stabilità dei materiali.

Strength: 
Uni-axial compressive strength of 1.0 N/mm² – 5.0 N/mm² adjustable

 

Resistance to frost:

Depends on requirements and material

 

Rate of water permeability:

k-values of up to 10-11 m/s

 

Nanoalps® System SAFE – strengthening of the mineral course layer at a high rate of sealing.

Reduction of construction costs and material costs

Nanoalps® System SAFE enables a reduction in layer depth and construction costs whilst improving the rate of impermeability.

To find out more about the cost and the solutions best suited to your needs, please contact:
info(at)nanoalps.com or call us at +39 0472 544 571.

Nanoalps® System SAFE is installed by the Mixed-in-Plant procedure

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