Architectural Benefits

Maximize the use of space that might otherwise be redundant.

Create a uniform aesthetic space with proper and immediate drainage.

Facilitate routing of services (piping, cables, drains etc.) which will be readily accessible for maintenance or reconfiguration.

Establish an engineered transition between the external and internal environments.

Technical Advantages 

Flexibility to choose a variety of paving slabs or platform types .

Incomparable labor saving over traditional methods.

Strong, lightweight, portable, adaptable, reusable and recyclable

Ensures a perfectly level surface facilitating perfect drainage – ponding is not possible nor is frost damage

Choice of joint widths – all of which will be precisely linear and crisp. It is also possible to have tight joints

There will be no deformation of surfaces over time as loads are transferred to the sub structure through fixed structural components

Provides for a level useable terrace above a sloping roof

Contributes to a reduction in heat loss through roof construction

Can be used directly on roofing membranes and felts due to profiling of base and bearing surface area of 320cm2. Such vulnerable membranes are of course automatically protected from accidental damage, perforation and damage from sunlight/heat 

The system is adjustable millimetrically from 30 to 620mm vertically. There are also fixed heights of 17 and 28mm. Use of combinations of heights can overcome awkward stepped substructure conditions. 

Being made from polypropylene the pedestals have impressive attributes such as being waterproof, UV resistant, rust free, resistant to a wide range of chemical attack, non electrically conductive and with high compressive strengths, durability and impact resistance 

The easy rotation of the base allows precise vertical adjustment, each and every time. Adjustment with other stackable products is hit and miss, and in many cases repeat adjustments or total reconfigurations are necessary over an extended period of time. All other paver support systems require shims for adjustment rather than with a simple rotation of the base.