Granite tech finish gives slip resistant properties and by elevating the pavers water is channeled away from the surface.
Roof paving pedestals.
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.
Tile tech deck support pedestals hold and elevate numerous decking surface materials such as ipe wood tiles concrete pavers porcelain pavers stone tiles and decks on joist systems.
A flexible paver support pedestal allowing pavers to follow the contour of a roof.
Tile tech pedestal systems offer all in one flexibility for installation future maintenance and or dismantling.
Achieve stunning finishes convert unused rooftops and decks into attractive hard wearing useful areas and increase the footprint of your building.
This independently tested modular pedestal deck system allows rooftop decks to be installed quickly and easily without damaging expensive roofing systems.
The epdm pedestal is suitable for both architectural and ballast applications where water drainage is required.
Our universal pedestals replace our asp paving and td decking adjustables combining both solutions into a single range.
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.
Tile tech pedestal system is designed for concrete pavers porcelain pavers ipe wood deck tiles and even artificial turf to lay level over a built up roof.
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.
Since 1994 bison has led the industry in the design and manufacture of pedestals and hardwood deck tiles that create beautiful rooftop environments.
By using an elevated paver system water is channeled away from the roof surface reclaiming lost space.
Granite tech finish gives slip resistant properties and by elevating the pavers water is channeled away from the surface.