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The concept  
How a Mechanical
Anchor Works
 		 
Frustum Cone  
Anchor
Performance		  
Typical Anchor
Behaviour 		 
   
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COHESIVE SOIL
In a typical cohesive soil, the mineral particles are of 'Plate-like' form. The space between each of the 'Plates' contains water which dissipates when subjected to load. Gravelly or sandy silts and clays with particles finer than 0.002mm are generally of this composition.
  
Cohesive soil represents the weakest material to anchor into and generates the smallest frustum cone and the lowest loads.
 
       
 
NON-COHESIVE SOIL
A typical non-cohesive soil consists of particles which interlock, bond and compact when subjected to a load. Coarser sands (ranging from 0.6mm - 2mm) and gravels (coarser than 2mm) are generally of this composition.

  
Our earth anchor systems
perform exceptionally well in free draining non-cohesive granular soils, displaying shorter loadlock and extension characteristics, larger frustum cones and higher loads.
         

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spacerspacer UK - Office address address Platipus Anchors Limited - UK Office Kingsfield Business Centre, Philanthropic Road, REDHILL, Surrey, RH1 4DP, England.
Tel:  +44 (0) 1737 762300  Fax: +44 (0) 1737 773395  Email:  info@platipus-anchors.com
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Tel:  866 PLATIPUS (752 8478)  Fax: 919 859 9597  Email:  info@platipus-anchors.com
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