NPS® WOOD - Смешанная балка и колонна
Wood is, by definition, the environmentally sustainable building material.
NPS® WOOD is the ideal solution for living comfort thanks to its excellent acoustic performance, versatility and lightness combined with high load-bearing capacity. All characteristics enhanced by the combination of wood with NPS® products. In fact, with NPS® WOOD the advantages of the integrated use of wood, steel and concrete are added.
Like all NPS® solutions, NPS® WOOD is completely self-supporting, without the need for structural work.
Advantages
- Reduced load on foundations
- Reduced cross-sections
- Reduced thicknesses
- Beam-to-ceiling coplanarity
- Adaptable to plant geometries
- Adaptable to the needs of installations
- Self-supporting up to at least 7.5 metres
- Fire-resistant R60'
- Seismic-resistant without the use of bracing
- Simple and quick to install
- Safety on site
Areas of application
- Commercial
- Residential
- Renovation and elevations
- Tall buildings
Evolved self-supporting structures made of steel and concrete, NPS® SYSTEM is a high performance new generation construction technology which also has high seismic resistance. Created by Tecnostrutture. A complete prefabricated construction technology that combines all the structural elements of a construction in a single solution: beam, column and floor. A complete, innovative, safe, high-performing, eco-friendly and CE and EN 1090 certified response, as required by the most recent EU regulation on the performance characteristics of the structural steel components. Hence, Tecnostrutture was the first to certify its production in February 2012.The NPS® System is a complete and flexible modular system built of horizontal structures - NPS® Beams and NPS® Ceiling - and vertical structures - PDTI® NPS® , PTC® NPS®, and BASIC® NPS® Columns, and NPS® WALL. The completely self-supported elements, produced at the plant, are mounted at the site, eliminating the need for formwork and temporary shoring.The composite steel-concrete product, after the cast is complete, gives rise to a mixed structure with features that adhere to the required performance level, responding to construction Standards in seismic zones as required by NTC 2008 and Eurocode 4.