Overview
TERRAM Geotextiles are trusted by the industry to separate granular layers of stone on a range of civil engineering and building applications, such as highways, roads, car parks and railways, among others. TERRAM Geotextiles are permeable to filter water, but stop particles from mixing with other layers, thus extending the life of the structures.
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Frequent Problems
TERRAM geotextiles prevent the intermixing of the sub-base and subgrade layer in civil engineering and building applications.
Previous
Ground Filtration and Separation
- No intermixing of sub-base and subgrade layers
- Sustained filtration between layers while providing separation
- Extended life structure
With Terram Geotextiles
- No intermixing of sub-base and subgrade layers
- Sustained filtration between layers while providing separation
- Extended life structure
Sub-base and subgrade layer intermixing
Liable to ground deteriation, especially with poor weather Traditional solutions can cause surface water run off, and remove natural drainage Solutions may require re-working off the whole area, which can be costly and unnecessary
Without Terram Geotextiles
- Stone layer contamination causes a loss in bearing strenght
- Deformation of the pavement surface in paved and unpaved roads
- Repairing of the damage requires a complete reconstruction, which can be costly and doesn’t always fix the structural damage
- Low-cost woven textiles with little integrity won’t prevent intermixing
Ground Filtration and Separation
- No intermixing of sub-base and subgrade layers
- Sustained filtration between layers while providing separation
- Extended life structure
With Terram Geotextiles
- No intermixing of sub-base and subgrade layers
- Sustained filtration between layers while providing separation
- Extended life structure
Sub-base and subgrade layer intermixing
Liable to ground deteriation, especially with poor weather Traditional solutions can cause surface water run off, and remove natural drainage Solutions may require re-working off the whole area, which can be costly and unnecessary
Without Terram Geotextiles
- Stone layer contamination causes a loss in bearing strenght
- Deformation of the pavement surface in paved and unpaved roads
- Repairing of the damage requires a complete reconstruction, which can be costly and doesn’t always fix the structural damage
- Low-cost woven textiles with little integrity won’t prevent intermixing
Ground Filtration and Separation
- No intermixing of sub-base and subgrade layers
- Sustained filtration between layers while providing separation
- Extended life structure
With Terram Geotextiles
- No intermixing of sub-base and subgrade layers
- Sustained filtration between layers while providing separation
- Extended life structure
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Product Solutions
Standard Geotextiles
TERRAM Standard Geotextiles for filtration and separation are used to enhance the performance and life of granular layers. Used in ground stabilisation and drainage applications to prevent intermixing of layers while providing filtration.
Common
Applications
Geotextiles End Use
Typical paved and unpaved applications where geotextiles are used beneath granular layers to prevent intermixing include:
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Highways
Car Parks
Hardstandings
Access & Haul Roads
Cycle Ways & Footpaths
Case Studies
Ability to carry out projects of all sizes
PW1 TRACKBED SEPARATOR – Scunthorpe Railway Station (Network Rail) PW1 TRACKBED SEPARATOR – Standedge Railway Tunnel (Network Rail) T1000 – Ground lining for new access road & apron (Ireland) BODPAVE™85 & T1000 – Permeable Surface for Surface Water Drainage (Heckington Windmill)