• TTE® - perfect greening

    Optimal vegetation conditions through use of a vegetation base course layer. TTE® also serves for this project as root protection for the existing old trees.

  • Ecological paved surfaces with TTE®

    Together with TTE® paved surfaces are not only permeable but also use of a base course layer made out of a filter substrate ensures that polluted rain water is treated. (more photographs).

  • TTE® extreme

    The TTE® system can also be used without giving it a second thought in swamp areas. (more photographs).

  • Rural roads

    Using the TTE® construction principle, rural roads can be created extremely quickly and as a self-build.

  • G3 Shopping resort (more photographs)

    The TTE® green construction principle creates ecologically valuable surfaces with a natural optical appearance in urban environments.

  • Reinforcement + root protection

    The deeply greened parking spaces provide root protection for the tree plantations which allows their roots to develop unhindered.  

  • TTE® as a base course layer replacement

    Using the water permeable TTE®, an innovative housing development dewatering system, was implemented over side and useful areas of a housing development (more photographs).

     

     

  • Green car park

    When using TTE® there is no optical difference between green spaces or car parks. The TTE® system protects the ground life and the turf when it being driven over and allows the surface to operate naturally when unused.

  • Creative design

    Combine various coloured TTE® paving stones with the greened chambers according to the modular principle.

Outside Facilities

TTE® Construction Principle 2
The ecological solution for traffic areas and useful areas

For movement of passenger cars and occasional heavy goods traffic (corresponds to RStO 01 BKL V/VI or RStO 12 Bk 0.3)
Reference projects

 

This assembly version combines strong load bearing capacity and intensity of use with a high intrinsic ecological value and vegetation capability . Because of the much lower requirements upon compaction of the substrate, TTE® achieves enormous retention, storage and full seepage of rain water. The existing top soil is improved upon by the structural component materials or replaced by a reduced base course layer. This offers both an economic and an ecological option for surface reinforcement.

TTE®-MultiDrain PLUS 2000
TTE®-MultiDrain PLUS 2000

TTE®-MultiDrainPLUS 2000
800 x 400 x 60 mm, ca. 8.6 kg (ca. 27 kg/m2)
Web thickness: 14 / 15 mm

Special features

  • a strongly reduced base course layer
  • near-natural decentralised storage and full seepage of precipitation waters / dewatering of neighbouring water flow off areas
  • near-natural treatment of rain water by living soil passages
  • only small amounts of building works required and and reduced costs

Example areas of application

  • public passenger car parking spaces
  • industrial workers and visitor parking spaces
  • private courtyard fortifications and access roads
  • entrances to fire stations and bypass roads with or without greening
  • rural roads
  • service roads
  • ecological base layer for paving coverings or floor paving

TTE® Green 2

TTE® Green 2

Properties

1) Equivalence of the load transfer verified through independent testing
2) Dimensioning as French drains on the basis of DWA-A 138
2) Determination and requirements upon soil passages according to DWA-A 138 / M 153

TTE® Paving 2

TTE® Paving 2

Rain water treatment with TTE® Paving

If rain water treatment is necessary due to the type, location or intensity of use of the planned traffic surface according to DWA-A 138/M 153, the gravel base course layer of the TTE® paving construction is replaced by the cleaning base course layer construction of the TTE® Green construction principle. Pre-treatment of polluted precipitation waters or flows of precipitation waters is achieved over the living soil passage and the ecological value of the surface is generally increased.

Properties

1) Equivalence of the load transfer verified through independent testing
2) Dimensioning as French drains on the basis of DWA-A 138
3) With a cleaning base course layer - requirements upon soil passages according to DWA-A 138 / M 153

Further surface layers

Paving stone and slab coverings

Paving stone and slab coverings

Ballast and gravel surfaces

Ballast and gravel surfaces

Simple and quick - the TTE® Construction Principle 2

1. Creation of the vegetation base course layer through integration of ballast into the top soil
1. Creation of the vegetation base course layer through integration of ballast into the top soil
2. Application of the bedding substrate to the planum
2. Application of the bedding substrate to the planum
3. Laying of TTE® elements on the fine network
3. Laying of TTE® elements on the fine network
4. Insertion of the TTE® paving stones as parking place markings and a footpath
4. Insertion of the TTE® paving stones as parking place markings and a footpath
5. Distribution of the substrate into the other chambers and seeding
5. Distribution of the substrate into the other chambers and seeding
6. The finished TTE® parking space
6. The finished TTE® parking space