Passive House construction method with FOAMGLAS® - 12 Pages

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Passive House construction method with FOAMGLAS®

Catalog excerpts

Passive House construction method with FOAMGLAS® New and certified with architect details Sustainable, energy-saving, ecological Germany’s most modern Passive House project: New construction Sophienhof residential complex, Frankfurt / Main

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FOAMGLAS® insulation built into 2 layers. For the Passive House standard, increased insulation thicknesses of 20 - 30 cm are required. Future-proof and sustainable constructions. Quality standard FOAMGLAS® in the Passive House FOAMGLAS® insulation slabs are certified as suitable Passive House components by the Passive House Institute (PHI) in Darmstadt. The idea for the first Passive House in Germany was developed in 1988. In 1991, following the concept of Dr. W. Feist of the PHI Darmstadt and Professor Bo Adamson of the University of Lund, a terrace of multi-family houses in Darmstadt was...

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Why build a Passive House? Advantages of a Passive House The higher costs of building of a Passive House associated with the increased quality of construction can be kept within limits. The building of a Passive House becomes economically interesting due to the additional benefit of the initial multiple investments: Sustainable low heating costs and greater independence from energy prices Noticeably higher comfort by even radiant area heating, no drafts and the avoidance of cold-air pools on the floors Healthy, fresh indoor air Better construction quality as a guarantee of increased real...

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Airtightness of all standard construction units and connection details Where it concerns material properties, FOAMGLAS® makes its mark Steam and waterproof FOAMGLAS® is resistance against all water and dampness conditions and thereby guarantees a reliable thermal protection for the service life of the building. Beyond that you have additional security through the secondary sealing function. An additional vapour barrier in connection with a “white tank” is not necessary since FOAMGLAS® fulfils the sealing and vapour check functions. High-grade recycled glass. Environmental product...

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New: FOAMGLAS® PC® PERISAVE FOAMGLAS® PC® PERISAVE PC® PERISAVE base block The heat insulation form element for the construction of passive houses The universal base element for the construction of passive houses The PC® PERISAVE base block is used in perimeter and above-ground splash-water areas as well as in more highly loaded mechanically areas as universal base element. The PC® PERISAVE base element is manufactured in a standard dimension of 60 x 60 cm in a thickness of 28 cm and thus with a concrete wall enables a heat transfer coefficient of U ≤ 0.15 W / (m2K), in accordance with...

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Heated cellar Vapour-proof basis of FOAMGLAS® Floor from the inside outward 2 Base plate, waterproof concrete glued fully covering and overlapping in hot bitumen on stripped granular PE foil as separation and sliding layer on Joints glued, can be used on fine gravel/ sand bedding/fresh concrete Structure wall glued with PC® 56 waterproof 5 PC® PERISAVE base block 6 cold bridge-free attachment parts 7 full surface gluing with PC®56 ^irinw Komponente *i»»tfifH*« Dr. Wolfgang FKft Details are available for downloading from www.foamglas.de/Passivhaus. ^ri^™rtoitof*>*i»ar™*z»nnwMi'

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Base detail 2: Near-surface Foundation Vapour-proof basis of FOAMGLAS® and PC® PERISAVE elements Floor from the inside outward 1 Floor inside 2 Base plate, waterproof concrete 3 FOAMGLAS® plates glued fully covering and overlapping in hot bitumen on stripped granular subbase or PE foil as separation and sliding layer on FOAMGLAS® FLOOR BOARD Joints glued, can be used on fine gravel / sand bedding / fresh concrete Structure wall 4 PC® PERISAVE edging glued with PC® 56 5 PC® PERISAVE base block 6 protective layer from concrete C 8 / 10 7 cold bridge-free mounting parts 8 full surface gluing...

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Base detail 3: Strip foundation Vapour-proof basis of FOAMGLAS® and PC® PERISAVE elements Floor from the inside outward 1 floor inside 2 base plate, waterproof concrete 3 FOAMGLAS® plates glued fully covering and overlapping in hot bitumen on stripped granular subbase or PE foil as separation and sliding layer on FOAMGLAS® FLOOR BOARD Joints glued, can be used on fine gravel / sand bedding / fresh concrete Structure wall 4 FOAMGLAS® WALL BOARD 16 – 24 cm according to Passive House recommendation for insulation and lost formwork 5 PC® PERISAVE base block 6 cold bridge-free mounting parts 7...

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Base detail 4: Wooden post construction method Vapour-proof basis of FOAMGLAS® and PC® PERISAVE elements Floor from the inside outward 1 floor inside 2 base plate, waterproof concrete 3 FOAMGLAS® plates glued fully covering and overlapping in hot bitumen on stripped granular subbase or PE foil as separation and sliding layer on FOAMGLAS® FLOOR BOARD Joints glued, can be used on fine gravel / sand bedding / fresh concrete Wall construction from the inside outward 13 gypsum plasterboard Installation level Vapour barrier SD Wooden post OSB panel Base Structure 4 PC® PERISAVE edging glued with...

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Base detail 5: Curtain wall Vapour-proof basis of FOAMGLAS® and PC® PERISAVE elements Structure wall 4 FOAMGLAS® FLOOR BOARD Type F, 120 mm 5 PC® PERISAVE base block 6 protective layer of concrete C 8 / 10 7 cold bridge-free mounting parts 8 full surface gluing with PC® 56 9 wire nails V2A 10 curtain wall 11 core insulation 12 inner wall plaster Floor from the inside outward 1 floor inside 2 base plate, waterproof concrete 3 FOAMGLAS® plates glued fully covering and overlapping in hot bitumen on stripped granular subbase or PE foil as separation and sliding layer on FOAMGLAS® FLOOR BOARD...

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Passive Houses Passive Houses: Therm a I-Bridge-Free Connection Detail Deutsche FOAMGLAS GmbH ^ oa my I as Insula'.ion for Passive Houses The following criteria have been verified lo award this certificate: Ths els-is ars valid iht OMI umpatttc a mats Avfjw>an«jjJ.ttiermai bridnesiri Passive. .Houses: H^nhiriar < 0.01 WflmK) for aII standard connection details wilh -l . fhKTriBi hrrtgK nr«fftr.ifinl riasnct nr nalFmal dnnnnwons TL'iTnpera1 urea of i^nei surfaces atsnva 7 Z \a: i-.. = ■ 'C"C and n, = 20'C) Airhuhmess oi all standard components and all Eonneclio^ details Certified constmchon...

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