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WOOD CORE PANEL WITH RESINS

High density wood chipboard with resins, it is available with thickness of 28 mm for structures with stringers and 38 mm for structures without stringers.
The walking surface can be realized in a various range of materials. The aluminium foil that covers the top and the bottom side of the panel creates a barrier to the humidity and improve the electric characteristics. A foil or a tray made of galvanized steel put on the bottom increase the bearing power. The panels are side bordered with black plastic materials.

CALCIUM SULPHATE PANEL

Mineral inert fireproof conglomerate made of calcium sulphate with optimum mechanical characteristics, density of 1450 Kg/m3 and thickness 30 mm or 34 mm.
Made stronger by particular fibres, the material is extremely dense and compact so to allow the raised access floor to be very silent and practically indistinguishable from the traditional one. Thanks to its characteristics of stability, the panels don't suffer for variation of temperature and humidity.
There are no limits to the application of any finishing on the panel. The bottom side can be sheltered by an aluminium foil and the panel is side bordered with black plastic materials.

COMPOSITE PANEL

The panel is made of one layer of wood chipboard with resins (thickness 28 mm) and a second layer of calcium sulphate (thickness 12,5 mm) perfectly linked up.
This type of panel gives high resistance to the fire with good sound insulation. The total thickness is 41 mm and the walking surface can be realized in a large range of materials.
The bottom side is sheltered by an aluminium foil and the panel is side bordered with black plastic materials.

STEEL ENCAPSULATED PANEL

It is a panel completely covered with galvanized steel laminate, 0,5 mm of thickness. The core of the panel, totally encapsulated by the galvanized steel laminate, is made of high density wood chipboard and resins or of calcium sulphate.
The production process by presses realizes a special panel of 29 mm of thickness with high mechanical and technological characteristics. As it is an auto – bearing panel, it’s particularly indicated where it’s necessary to use at best the cavity in presence of low height floors. The encapsulated panel combines excellent performances with low costs.
Installation example

SPECIAL PANELS FOR 'HIGH CLASS' COVERINGS

Topfloor production is completed by special panels with valuable coverings to satisfy any technical and esthetic needing.
The illustrated type help the designer in conciliating the stile and the elegance of buildings with the new electronic systems.

Parquet

A wide range of available essences, a large choose of shapes and compositive possibilities are the more appreciated qualities of this finishing. One of the main advantages is the elasticity of the material that is extremely flexible so to bear any stress for heavy loads.
The thickness goes from 40 mm to 70 mm and the width of the staves goes from 30 mm to 75 mm. Special treatments of the surface ensure a good fire resistance.
The supporting panel is made of wood chipboard, thickness 38 mm or calcium sulphate, thickness 30 mm. The bottom side is sheltered by an aluminium foil and the panel is side bordered with autoestinguishing pvc bands.
Installation example

MARBLES AND GRANITES

Marble and granites are classical finishings, especially in prestige offices with a lot of traffic. Apart from the evident characteristics and hardness, guarantee of long duration, the advantages of these materials are their fire and acids high resistance.
Marbles and granites can be easily applied on every type of panels but short thickness ones are preferable so to have a more comfortable lifting when they have to be moved. Topfloor suggests panels Mod. FF12L with supporter in calcium sulphate (thickness 12,5 mm) and galvanized steel tray or foil on the bottom side.
Installation example

CERAMICS

Ceramics are very resistant materials in comparison to the others, they stand wear and tear of the time and bear any stress. They are largely used in tertiary sector for their easiness of posing and for the many different types and shapes on the market.
Ceramics are applied on the bearing panels with special resins and glues and the plate is side grinded to put a perimeter bordering to avoid de direct contact and any possible splintering of the near plates.
The supporting panel is made of wood chipboard, thickness 38 mm or calcium sulphate, thickness 34 mm. The bottom side is sheltered by an aluminium foil.
Installation example