Self-Levelling Adjustable Pedestals for Decking

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Self-Levelling Adjustable Pedestals for Timber and Composite Decking

Self-levelling adjustable pedestals are designed for the construction of timber and composite decking on sloping or uneven substrates. The self-levelling head automatically compensates for gradients of up to 5%, helping to create a level decking surface while maintaining the drainage slope below.

These pedestals are particularly suitable for terraces over concrete slabs, roof terraces, balconies and other applications where the substrate must retain its slope for water drainage while the finished decking surface remains level.

The EASIO system is designed specifically for timber and WPC decking. Its square base makes corner installation easier, while the diamond-shaped self-levelling head allows double joisting on a single row of pedestals and simplifies more complex installation details.

Two fixing tabs on the head help centre joists from 40 to 80 mm wide. Pedestal height can be adjusted manually or with the EASIO/CLEMAN driver bit, making installation faster and more efficient on larger projects.

Benefits of Self-Levelling Adjustable Pedestals

  • automatic compensation of gradients up to 5%;
  • self-levelling diamond-shaped head;
  • suitable for timber and WPC decking;
  • double joisting on a single row of pedestals;
  • centres joists from 40 to 80 mm wide;
  • single or double screw fixing at butt joints;
  • square base for easier corner installation;
  • integrated edge trim supports in the base flange;
  • manual height adjustment or adjustment with the EASIO/CLEMAN driver bit;
  • height can be preset before installation;
  • one-piece pedestal construction;
  • quick and easy installation;
  • UV and frost resistant;
  • operating temperature range from -30°C to +60°C;
  • patented system;
  • made in France;
  • 10-year warranty.

Applications

  • WPC decking;
  • timber decking;
  • roof terraces;
  • balconies;
  • decking over sloping concrete substrates;
  • pedestrian terrace structures.