Jämförelse av stenull- och polyuretanisolering : Brand- och fuktegenskaper i passivhuskonstruktion

This report compares two different types of insulation with regards to fire and moisture. The materials were tested for the company Fiskarhedenvillan AB, for a wall and a roof construction that the company currently uses in the establishment of Sweden's first certified passive house for interna...

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Main Authors: Helmerson, Simon, Bjurbäck, Oscar
Format: Others
Language:Swedish
Published: Uppsala universitet, Byggteknik 2012
Subjects:
Online Access:http://urn.kb.se/resolve?urn=urn:nbn:se:uu:diva-187309
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spelling ndltd-UPSALLA1-oai-DiVA.org-uu-1873092013-01-08T13:45:50ZJämförelse av stenull- och polyuretanisolering : Brand- och fuktegenskaper i passivhuskonstruktionsweHelmerson, SimonBjurbäck, OscarUppsala universitet, ByggteknikUppsala universitet, Byggteknik2012IsoleringPolyuretanisoleringPassivhusBrandFuktThis report compares two different types of insulation with regards to fire and moisture. The materials were tested for the company Fiskarhedenvillan AB, for a wall and a roof construction that the company currently uses in the establishment of Sweden's first certified passive house for international standards. Their current material, Rockwool, is compared to a relatively new material on the Swedish market called SEALECTION Agribalance sold by the company ISO Green AB. The material is a type of polyurethane insulation. This insulation material would result in a more efficient execution of the construction as it provides waterproofing and is applied more easily than Rockwool. From a fire standpoint, literature studies and discussions with fire experts led to results. The construction moisture characteristics of the two materials were compared in a simulation program called WUFI 5.1 PRO. Literature were done to understand moisture and understand how to use the simulation program. This study provided results about how well suited the materials were for Fiskarhedenvillan AB:s passive house. The main conclusions were that both of the materials are functioning from a moisture standpoint, although the Rockwool with vapor barrier provided better values than the polyurethane insulation. These conclusions applied to both roof and wall constructions. From a fire standpoint both of the materials worked in the wall construction. The roof should however retain the current construction design. The solution with polyurethane insulation does not meet the fire requirements. Student thesisinfo:eu-repo/semantics/bachelorThesistexthttp://urn.kb.se/resolve?urn=urn:nbn:se:uu:diva-187309application/pdfinfo:eu-repo/semantics/openAccess
collection NDLTD
language Swedish
format Others
sources NDLTD
topic Isolering
Polyuretanisolering
Passivhus
Brand
Fukt
spellingShingle Isolering
Polyuretanisolering
Passivhus
Brand
Fukt
Helmerson, Simon
Bjurbäck, Oscar
Jämförelse av stenull- och polyuretanisolering : Brand- och fuktegenskaper i passivhuskonstruktion
description This report compares two different types of insulation with regards to fire and moisture. The materials were tested for the company Fiskarhedenvillan AB, for a wall and a roof construction that the company currently uses in the establishment of Sweden's first certified passive house for international standards. Their current material, Rockwool, is compared to a relatively new material on the Swedish market called SEALECTION Agribalance sold by the company ISO Green AB. The material is a type of polyurethane insulation. This insulation material would result in a more efficient execution of the construction as it provides waterproofing and is applied more easily than Rockwool. From a fire standpoint, literature studies and discussions with fire experts led to results. The construction moisture characteristics of the two materials were compared in a simulation program called WUFI 5.1 PRO. Literature were done to understand moisture and understand how to use the simulation program. This study provided results about how well suited the materials were for Fiskarhedenvillan AB:s passive house. The main conclusions were that both of the materials are functioning from a moisture standpoint, although the Rockwool with vapor barrier provided better values than the polyurethane insulation. These conclusions applied to both roof and wall constructions. From a fire standpoint both of the materials worked in the wall construction. The roof should however retain the current construction design. The solution with polyurethane insulation does not meet the fire requirements.
author Helmerson, Simon
Bjurbäck, Oscar
author_facet Helmerson, Simon
Bjurbäck, Oscar
author_sort Helmerson, Simon
title Jämförelse av stenull- och polyuretanisolering : Brand- och fuktegenskaper i passivhuskonstruktion
title_short Jämförelse av stenull- och polyuretanisolering : Brand- och fuktegenskaper i passivhuskonstruktion
title_full Jämförelse av stenull- och polyuretanisolering : Brand- och fuktegenskaper i passivhuskonstruktion
title_fullStr Jämförelse av stenull- och polyuretanisolering : Brand- och fuktegenskaper i passivhuskonstruktion
title_full_unstemmed Jämförelse av stenull- och polyuretanisolering : Brand- och fuktegenskaper i passivhuskonstruktion
title_sort jämförelse av stenull- och polyuretanisolering : brand- och fuktegenskaper i passivhuskonstruktion
publisher Uppsala universitet, Byggteknik
publishDate 2012
url http://urn.kb.se/resolve?urn=urn:nbn:se:uu:diva-187309
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