Pavers and Deck Support Systems
The most economical, flexible and easy to install solution for a snow free surface on pedestal supported pavers laid on elevated rooftop decks, terraces, patios or walkways – commercial or residential.
No boilers, pumps, gas connections or complicated networks of pipes, valves and manifolds required. No engineers needed to design the layout, piping and system specs. and no certified installers needed for installation. The ‘Heatizon' electric snow and ice melt system for pavers simply runs insulated electrical heating cables along channels in aluminum panels laid under the paving slabs.
The ‘Heatizon' electric snow melt system can efficiently snow melt practically any pedestal supported paver installation. It can be installed under most porcelain, concrete or stone pavers on terraces, patios, roof decks, walkways or exterior paved areas. This electric snow melt system just requires a minimum 1 3/4" clearance under the pavers to accommodate the aluminum tray and polyurethane insulation and allow for adequate drainage under the pavers.
There are no restrictions on the minimum or maximum area for installation (other than electrical supply considerations) and the heated paver area can easily be confined to specific zones within a paved area or just a section of a 24x24 paver if required. It just requires access to the electrical supply and a location to mount the electrical control box.
Key Benefits of the 'Heatizon' Snow Melt System
Quick and easy to install
Much lower installation costs than fluid circulation systems
No pipes, valves, manifolds, boilers, pumps or tanks required
Can be used on any size area, small or large
Can create zones with greater or lesser heating capacity
Can add or remove heating panels any time
Can be retrofitted to an existing paved area
Requires only 1.75" clearance under the pavers
Doesn't increase the overall height of the deck
Aluminum panels can be cut to suit any size paver
No certified tradespersons required except for final hookup to the control box
Minimal ongoing maintenance costs
