An Architect’s View
“With Inno-Therm®/Métisse®, we have found a product that happily meets our objectives for Sheffield City Council’s new school. Its supplied by a local social enterprise that creates employment opportunities and produces an environmentally friendly insulation. In fact Inno-Therm®/Métisse® has slightly better thermal properties than alternative insulation, so we were able to reduce the timber stud sizes in the school building. In turn this offset some of the cost while still achieving very good U–values.”
- European Technical Approval
- European Technical Approval Standards Métisse® Relais composition squareness density absorption strength airflow fire biological additives marking. SPECIAL NOTE: The insulation is now made of 85% recycled cotton/denim. There is no longer a mix of acrylic-synthetic fibres with wool fibres in the insulation.
- CE mark approved.
- European classification for the reaction to fire behaviour of building products
- Euroclasse E RT mars 2013
- The reaction to fire of the product is determined according to EN 1350-1. The fire rating is E.
- When the insulation is placed behind a facing (plasterboard or in particular Fermacell Gypsum – BA 13 in France) the fire rating is B. (The English translation works in the Chrome browser but may have issues in other browsers. We are working to improve compatibility. Please download and use the Chrome browser if necessary.)
- Fiche Technical Product
The Challenge of Specifying “Green”/Low Carbon Insulation
Recent study confirms that the environmental impact of Inno-Therm®/Métisse® is less than mineral wool
Abstract: The overall aim of research in 2015 was to investigate the environmental impacts of the supply chains of Inno-Therm®/Métisse® and a mineral wool insulation material. The results of the research indicated that Inno-Therm®/Métisse®, exhibits lower total carbon emissions within its production life cycle compared to a mineral wool insulation material.
 Dissertation submitted in 2015, in part requirement for the Degree of MSc Logistics and Supply Chain Management of the University of Sheffield by Muhammad Haneef Abdul Nasi
Read how Inno-Therm®/Métisse® was used in Anns Grove School, Sheffield. Read more
David Garlovsky presented a paper: “A SENSIBLE APPROACH TO LOW CARBON AND HEALTHY BUILDINGS” on 17th September at the International Conference on Sustainable, Ecological, Engineering Design for Society at Leeds Beckett.
AECB Conference 2016
David Garlovsky exhibited at the AECB and gave a talk: “The challenge to specify a low carbon insulation in building construction: New build and refurbishment”. In addition, he conducted a model solar car activity for delegates on Saturday afternoon.