ventilate facade history in the early 50s the building
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VENTILATE FACADE | HISTORY In the early 50s the Building Research - PowerPoint PPT Presentation

VENTILATE FACADE | HISTORY In the early 50s the Building Research Station in UK showed the advantages of having a ventilated cavity in front of the building wall. Alcoa Building (1951|1953|PITTSBURGH|PENNSYLVANIA ) VENTILATE FACADE | BENEFITS


  1. VENTILATE FACADE | HISTORY In the early 50s the Building Research Station in UK showed the advantages of having a ventilated cavity in front of the building wall. Alcoa Building (1951|1953|PITTSBURGH|PENNSYLVANIA )

  2. VENTILATE FACADE | BENEFITS The building wall is protected from the The air cavity is a thermal intermediate hot radiation in summer between the internal and external sides The chimney effect generates ventilation The panels protect the walls from the that make the temperature decrease bad weather conditions

  3. MEG FIXING SYSTEMS | Visible mechanical fixing on an aluminium backing structure

  4. MEG FIXING SYSTEMS | Invisible fixing with overlapping panel strips (weatherboarding or lap siding)

  5. MEG FIXING SYSTEMS | Invisible fixing with profiled edged panels in horizontal running aluminium hook profile

  6. MEG FIXING SYSTEMS | Invisible fixing with profiled edged panels in horizontal running aluminium hook profile

  7. MEG FIXING SYSTEMS | Gluing on aluminium substructure

  8. MEG | CREATE A VENTILATE FACADE • Dynamic wind strenght • Distance from MEG panels • Calculate panel expansion with fix and movable fixing • Air cavity behind the panels • Measure the size of the panels for the layout of your facades • Calculate the isolation materials tickness • Vertical aluminium sub-structure dilatation. • Anchoring in the proper way the aluminium or wood structure to the existing building

  9. MEG | FIXED POINT The «FIXED POINT» must be placed in the centre of every MEG panels in order to not allow further changes of position.

  10. MEG | ISOLATING MATERIAL Rock Wool Glass Wool Polystyrene extruded Polystyrene extruded with graphite Structural polyurethane

  11. MEG | Casa O |2015|CAGLIARI|ITALY

  12. MEG | Casa O |2015|CAGLIARI|ITALY

  13. MEG | TRAIN STATION |2012|KOKSIJDE|BELGIO

  14. MEG | TRAIN STATION |2012|KOKSIJDE|BELGIUM

  15. MEG | TRAIN STATION |2012|KOKSIJDE|BELGIUM

  16. MEG | Triennale |2009|INCHEON|SOUTH KOREA

  17. MEG | Triennale |2009|INCHEON|SOUTH KOREA

  18. MEG |Tuincentrum Pelckmans | 2010|TURNHOUT|BELGIUM

  19. MEG |Tuincentrum Pelckmans | 2010|TURNHOUT|BELGIUM

  20. MEG |“Nest” Casa Clima |2011|CERVIA|ITALY

  21. MEG |“Nest” Casa Clima |2011|CERVIA|ITALY

  22. MEG| RESIDENCE TASSIN |2014|FRANCE

  23. MEG| RESIDENCE TASSIN |2014|FRANCE

  24. MEG| SCHOOL | 2013|DANZICA|POLAND

  25. MEG| ABET PARK | 2013|CHAMBERY|FRANCE

  26. MEG|MUSEO ABET LAMINATI|2013|BRA|ITALY

  27. MEG|MUSEO ABET LAMINATI|2013|BRA|ITALY

  28. MEG|BRABBEL SCHOOL|2010|BELGIUM

  29. MEG|DE ZEVEN TORENTJES HOSPITAL | 2011|BRUGES|BELGIUM

  30. MEG|DE ZEVEN TORENTJES HOSPITAL | 2011|BRUGES|BELGIUM

  31. MEG|RESIDENTIAL BUILDING|2014|LEBANON

  32. MEG|RESIDENTIAL BUILDING|2015|LEBANON

  33. MEG|RESIDENTIAL BUILDING|2013|LEBANON

  34. MEG|JOSEPH SFEIR CENTER|2014|LEBANON

  35. APPLICAZIONI www.abet-laminati.it 40

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