ETFE architectural membrane NOUVELLE GARE BELVAL-USINES
for tensile structuresroofroof

ETFE architectural membrane - NOUVELLE GARE BELVAL-USINES - Hightex - for tensile structures / roof / roof
ETFE architectural membrane - NOUVELLE GARE BELVAL-USINES - Hightex - for tensile structures / roof / roof
ETFE architectural membrane - NOUVELLE GARE BELVAL-USINES - Hightex - for tensile structures / roof / roof - image - 2
ETFE architectural membrane - NOUVELLE GARE BELVAL-USINES - Hightex - for tensile structures / roof / roof - image - 3
ETFE architectural membrane - NOUVELLE GARE BELVAL-USINES - Hightex - for tensile structures / roof / roof - image - 4
ETFE architectural membrane - NOUVELLE GARE BELVAL-USINES - Hightex - for tensile structures / roof / roof - image - 5
ETFE architectural membrane - NOUVELLE GARE BELVAL-USINES - Hightex - for tensile structures / roof / roof - image - 6
Add to favorites
Compare this product

Characteristics

Material
ETFE
Application
for tensile structures, roof, roof
Other characteristics
printed

Description

Esch- sur- Alzette, Luxembourg Facts REALIZATION MEMBRANE STRUCTURES Hightex YEAR 2010 CLIENT CFL Societe Nationale Des Chemins de Fer Luxembourgeois CITY Esch-sur-Alzette, Luxembourg ROOF AREA 3300 m² ARCHITECT Atelier Clemes, Luxembourg ENGINEERING MST Consult, Luxembourg LOCATION Europe Details Active Shading Connecting the city of Esch-sur-Alzette, a redeveloped former steel region, with the rest of Luxembourg and France, the Nouvelle Arret Belval Usines is the second largest train station in Luxembourg.The waiting area constructed above the platforms is covered with thirty one, triple layered ETFE-cushions. The upper and middle layer of the cushions are printed with a silver chequerboard pattern.As the pressure in the lower and upper chamber of the cushion is regulated separately by an ingenious air supply system designed by Hightex, the middle layer can be pushed against the upper layer of the cushions until the layers can meet. By varying the distance between the upper and middle layers, the light transmission and hence heat gain can be controlled.Thus during the summer months the system can reduce the sunlight entering the building causing it to otherwise overheat, whilst in the winter, during the darker and colder season, the roof can be set to allow higher solar transmission, giving good daylight levels and capturing any available solar gain. used materials MATERIAL ETFE foil

Catalogs

No catalogs are available for this product.

See all of Hightex‘s catalogs

Other Hightex products

Project database

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.