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Tecnostrutture NPS® SMART PTC® COLUMN

Mixed steel-concrete beam and column

  • Design by RNDR Studio, Andrea Francesconi, R&D Tecnostrutture

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Tecnostrutture

Noventa di Piave, Italy
Overview
Name of product/article

NPS® SMART PTC® COLUMN

Type

Mixed steel-concrete beam and column

Designers

Tecnostrutture has cooperated with the creative team RNDR Studio & OAF Design in order to improve the PTC® column: we have applied smart devices to the PTC® column to fulfil the need for a more comfortable, safer, easier and sustainable living. The result is Smart PTC®, a column that becomes a real hub for the building automation.
Smart PTC® is a hybrid element: designed as innovative structural and architectural element due to its extremely performant slim sections and to the wide range of finishing, it becomes now the centre of an automation system that includes lighting and interaction with the people who live into the building. Smart PTC® is the first element of a home automation system designed to bear the load of a building while fulfilling the need of the people who live inside. Ideal as a design component thanks to its numerous colour finishes, polishing or chrome plating. It is recommended for fire resistant constructions to maximise the internal space of a building, thanks to the compactness of its sections. With UNI EN 13225 CE marking, the patented Smart NPS® PTC® Column is realised using spun concrete for high performance, up to class C70/85. The spinning treatment allows the mechanical characteristics of the materials to be exploited to the maximum. It derives from a reduction in the structural section, with resulting benefits in terms of usability of space, and a greater bearing capacity compared to traditional structures. The confection procedure allows extrem

Further info from manufacturer on NPS® SMART PTC® COLUMN
Further details
Technical Datas
Metal structureInternal reinforcement in B450C
Casting frameworkC25/30 casting formwork concrete, when not otherwise noted by the designer
Self-supportingYes
WeldingUsing metal active gas welding (Process UNI EN ISO 4063-135) according to NTC 2008 in force
Mechanical resistance to fire ( R )Standard version up to 120 minutes. In some cases up to 180 minutes
Standards referencedFor design and dimensions § 4.3 NTC 2008 and Eurocode 4 For structural nodes UNI EN 10219-1 For anti-seismic § 7.6 NTC 2008 and Eurocode 8 For fire-resistance DM 16.02.2007 (display) EC4 (analysis)
DesignElaborated with the NPS® SYSTEM calculation procedure conforming to the Standard in force, and signed by a qualified technician

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