The off the shelf 4 215 diameter sdr 35 pvc sewer pipe allows the pedestal system to vary in height up to 36 inches and is cut to the desired height using 12 chop saw.
Roof pedestal system path edge pedestal.
Adjustable height pedestals offering continuous height adjustment from 1 to approx.
36 are most commonly used to construct elevated decks over sloping or uneven surfaces with porcelain wood or concrete pavers.
By using an elevated paver system water is channeled away from the roof surface reclaiming lost space.
Our adjustable roof deck pedestal system can be configured to be used with off the shelf pvc pipe or special 4 male female couplers or stack able caps.
The substrate can be either concrete or wood structure with a roof membrane over the top.
Created for use with hanover s elevator pedestal system.
Good installation and maintenance service are also offered in our factory.
Tile tech pedestal system is designed for wood deck tiles porcelain pavers concrete pavers to lay level over a built up roof decks.
1 are normally used.
Adjustable pedestal system is designed for elevated raised roof decks allow level porcelain pavers concrete pavers or ipe deck tiles for built up roofs.
Tile tech pedestal system is designed for concrete pavers porcelain pavers or ipe deck tiles to lay level over a built up roofs rooftop decks.
With one flat edge designed to act as an edge restraint the edgefinder snaps securely onto the no tab elevator top plate when pavers must be terminated.
Our patented hybrid pedestal support system is a innovative product allowing for self leveling single model for all height applications screw adjustable pvc pipe adjustable and are stack able.
Pedestal systems effectively draining water from a roof or plaza is a critical issue for every building.
As one of leading garden edge system suppliers we also welcome wholesale orders.
The pedestal system consists of 7 standard pieces and user supplied sdr 35 or schedule 3034 4 215 od diameter pvc pipe.
Below this height fixed rubber support pads which can be stacked to a height of approx.