Granite tech finish gives slip resistant properties and by elevating the pavers water is channeled away from the surface.
Roof terrace paving pedestals.
Pedestal supported decking or paving when to specify.
Roof pavers adjustable pedestals concrete roof pavers offers a solution for all roofing waterproofing needs from standard roof ballast and walkway to architectural plazas and green roofs.
The concept of using concrete pavers or porcelain pavers as roof ballast plaza deck and terrace pavers has created new opportunities for otherwise lost space.
For both plug on and recess balconies and terraces the non combustible systems allow for any external raised flooring design.
Roofs and decks can now be functional as well as attractive.
Pedestal systems effectively draining water from a roof or plaza is a critical issue for every building.
The system allows easy access to concealed services.
Concrete roof pavers tile tech roof pavers offers a solution for all roofing waterproofing needs from standard roof ballast and walkway to plazas and green roofs.
To make paving balconies and roofdecks easy for our customers marshalls can offer a suite of pedestals and accessories to support our range of concrete vitrified and natural stone paving products.
Lightweight and cost effective solution when seeking to minimise the height of a free draining paving system when compared to traditional bedded options.
By using an elevated paver system water is channeled away from the roof surface reclaiming lost space.
Use our universal extra pedestals to install paving and decking across a huge height range from 85mm up to 380mm but in just three different products.
More roof and balcony designs incorporate a completely flat upper surface in order to utilise them more effectively as leisure areas.
Dd pedestals are the solution if you require a level paved or decked terrace that is free draining compatible with waterproofing membranes easy to install and low cost.
Granite tech finish gives slip resistant properties and by elevating the pavers water is channeled away from the surface.