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TN-Foundation Drainage Optima

Insulation system for underground structures with a two-layer waterproofing membrane made of bitumen-polymer roll materials, insulation and drainage

  1. Primer bituminous TECHNONICOL No. 01
  2. Waterproofing membrane Technoelast FOUNDATION
  3. Fasteners TECHNONICOL No. 01, No. 02
  4. Extruded polystyrene foam TECHNONICOL CARBON PROF
  5. PLANTER geo profiled membrane
  6. Drain pipe
  7. Transitional side (fillet) c \ n solution
  8. Safety tie
  9. Swelling profile TECHNONICOL IC-SP 20x10
  10. Insulated blind area TECHNONICOL
Description

As a waterproofing membrane in this system, a rolled bitumen-polymer material Technoelast FUNDAMENT is used in two layers, which is completely fused over a previously primed base.

The use of TECHNONICOL CARBON PROF extruded polystyrene foam allows protecting the foundation structure from freezing. The wall drain is made of PLANTER geo profiled membrane and is connected to a ring drain.

System Features:

  • two-layer waterproofing membrane with adhesion to the substrate;
  • effective thermal protection of buried structures and drainage system.
Application area

The system is used to protect underground structures with exploited or residential premises, in local clay and loamy soils, regardless of the groundwater level, as well as in sandy soils when the groundwater level is above the level of the foundation slab, erected in pits with slopes.

As a waterproofing membrane in this system, a rolled bitumen-polymer material Technoelast FUNDAMENT is used in two layers, which is completely fused over a previously primed base.

The use of TECHNONICOL CARBON PROF extruded polystyrene foam allows protecting the foundation structure from freezing. The wall drain is made of PLANTER geo profiled membrane and is connected to a ring drain.

System Features:

  • two-layer waterproofing membrane with adhesion to the substrate;
  • effective thermal protection of buried structures and drainage system.

The system is used to protect underground structures with exploited or residential premises, in local clay and loamy soils, regardless of the groundwater level, as well as in sandy soils when the groundwater level is above the level of the foundation slab, erected in pits with slopes.

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