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UNDERBOLD

______________________

100%

Ecological products


30%

Shorter production times


20%

Lower costs


TIME
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Significant time savings due to shorter construction time for the overall project

COSTS
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Significant cost savings due to the faster and more efficient construction method - Low material and machine usage

DURABILITY
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Increase in load-bearing capacity + Increase in stiffness modulus + Increase in elasticity + Complete frost resistance

ENVIRONMENT
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100% natural components. Fewer exhaust emissions due to less material movement. Reduction of CO2.

What is Underbold?


Underbold-POD30 is an innovative soil stabilisation product specially developed for road construction and other infrastructure applications. It is an environmentally friendly material whose unique properties enable effective soil stabilisation, especially in difficult or unstable terrain conditions.

By using Underbold-POD30, construction projects benefit from an environmentally conscious solution that takes into account both the economic and ecological requirements of modern road construction.

We work with you to develop perfect solutions for your roads!

1. Preliminary profiling

Levelling of the surface, removal of the organic top layer.

3. distribution

Distribution of the binder on the surface.

5. compaction

Maximum compaction of the mixture.

2. interfere

Mixing in the UNDERBOLD-POD30 emulsion. Crushing and mixing the soil with UNDERBOLD-POD30 emulsion and water. Preliminary profiling.

4. mixing

Mixing the soil with the binder.

6. final profiling

Final profiling of the desired slope.

Technical properties
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  • Increasing the load-bearing capacity
  • Increasing the striping pattern
  • Increasing elasticity
  • Reduction of the setting time outside the processing period
  • Reduction of shrinkage tendency thus practically free of cracking
  • No load transfer from setting reactions in superimposed layers
  • No notching or unclamping required
  • Increasing the dimensional stability of the cross-section
  • Hydrophobic setting and reduction of water penetration depth
  • Reduction of micropores and capillary action
  • Complete frost protection
  • Adaptable use depending on soil conditions and water content
  • Can be combined and extended with measures to improve and reinforce the building substrate
  • Complete avoidance of pollutant discharge from treated soils and contaminated superstructure layers
  • Makes any soil material agglomeratable

Economic properties
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  • Significant time savings due to shorter construction time of the overall product
  • Reduction of the layers of the bound superstructure to load-reflecting layer thicknesses depending on the traffic volume
  • Reduction of the cement requirement based on the load-bearing capacity requirements
  • Extended shelf life
  • Lower maintenance costs
  • Reduction or avoidance of ground movements outside of gradient adjustments
  • Cancellation of landfill and disposal fees outside of gradient adjustments
  • Reducing the influence on the flow of traffic
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