NPS® CORE - Смешанная стальная-бетонная балка и колонна

NPS® CORE - This solution meets all the requirements of industrial buildings, multi-storey car parks and infrastructures.‎ It is fire resistant up to 180 minutes, seismic resistant and can accommodate wiring.‎ NPSCORE is optimal for long spans being self-supporting for over 18 meters.‎ Made of spun concrete, PTC columns ensure high load performance even with slim sections.‎ This means more parking spaces, more indoor space and less impact on the architectural layout.‎ Benefits Slim sections Reduced thickness Suitable for wiring Self-supporting for spans up to 18 m Fire resistant R180’ Seismic resistant Easy and fast placement Safety on the construction site Areas of use Industry Highrise buildings Multi-storey car parks Infrastructures/Bridges 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.‎