ALUVENT

Panel

high-quality aluminium diecast panel in orthotropic design, perforated

Panel thickness

50 - 60 mm

Dimensional deviation according to EN 12825

class 1

System weight

27 - 42 kg/m²

Standard pedestal heights

25 - 2,000 mm

Pedestal grid

600 x 600 mm

Resistance to earth

≥ 1 x 10⁴ Ω

Suitability of covering

• elastic coverings
• conductive or non-conductive powder coating

For further information please have a look at the data sheet which you will find in the download section.

Reaction to fire performance of the carrier panel according to DIN 4102-1

• A1 (non-combustible)

Reaction to fire performance of the carrier panel according to EN 13501-1

• A1 (non-combustible)

Circular Economy

By implementing the Circular Economy ideology we avoid waste, toxic substances and environmental pollution. The aim is to achieve a technical cycle, which ensures the separation and the complete re-use of all materials.

Product self-declaration

The self-declaration provides extensive information about all environmental effects of the product. It can be used in the planning or tender phase to assess all sustainability-relevant aspects. It serves as a data basis for building certification systems such as LEED, DGNB, BNB and BREEAM.

EPD (Environmental Product Declaration)

A specific EPD for the product can be generated according to the valid standards. (EN 15804/ ISO 14025)

Load and deflection class

according to EN 12825
5B (5 kN) - 6B (7-10 kN)

Safety factor

2

Seismic safety

International Building Code (IBC) 
Possible in A - F

Facings  

Stairs, platforms, etc. need to be finished with front claddings (facings).

In case of corresponding requirements, e. g. open borderings, the facings' top edges are covered with stair edging profiles. In addition, a ground fastening with brackets and the bracing installed in the upper area of the facing ensure a stable construction.

Expansion joints  

In order to take up horizontal and vertical movements in a structural and inconspicuous manner, expansion joint profiles are used in the area of the hollow floor, adapted to the application.

Electrical outlets  

As all electrical installations are laid under the hollow floor, electrical connections can be placed exactly where you want them by the insallation of electrical outlets.

Cavity barriers  

Three different types of cavity barriers can be possible to meet the different requirements in the hollow floor area.

• Ventilation barriers made from coated chipboard panels
• Fire protecion barriers made from solid gypsum wall blocks (min. 80 mm)
• Sound protection barriers made from foam mortar (min. 100 mm)

Bridging profiles  

Due to structural reasons bridging is required where pedestals cannot be installed.
In such cases, special bridging profiles are available which are easy to install and improve at the same time dynamic and static load-bearing capacities.

Reinforcement profiles  

Standard Lindner floor systems already exhibit high load-bearing capacities. Should these still not be sufficient, the system can be upgraded by reinforcement profiles. Various options are possible, from the lightest stringer which increases lateral rigidity through to a C-profile.

Data sheet ALUVENT (PDF)
Brochure Floors (PDF)
Borchure Lindner raised floor systems for data centres and technical rooms (PDF)
Brochure Clean rooms (PDF)
Downloadcenter

Tender Texts and DIN/VOB specifications
www.ausschreiben.de

NBS specifications
www.theNBS.com
www.ribaproductselector.com

BIM Content
www.bimobject.com