Radmat

Using the 5th façade to help mitigate climate change

Building Products Index Ltd Insulation, Roofing Leave a Comment

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A new report from the University of Southampton Energy and Climate Change Division of the School of Engineering, commissioned by the NFRC Charitable Trust, highlights some key steps that specifiers, building owners and home owners can take to use the roof to help mitigate the impacts of climate change.  https://www.nfrc.co.uk/docs/default-source/publications/roofing-industry/mrk173-nfrc-future-(p)roof-research.pdf?sfvrsn=79932a49_2&utm_source=PR&utm_medium=email&utm_campaign=future_(p)roof

©-JonLucas-Redclyffe-Road_MainWhilst the largest roofing trade association in the UK could be expected to promote the contribution roofs can make to managing climate change the award-winning environmental charity Hubbub also recognises the valuable contribution that roofs can make, so much so that one of its 10 ‘Asks’ in The Greenprint is to ‘Ensure no roof goes unused.’ https://www.hubbub.org.uk/the-greenprint

As a market leading innovative flat roofing system provider Radmat Building Products fully endorse the recommendations in the ‘Building resilience of roofing technologies in a changing climate‘ report and already have an aligned product range that fully supports specifiers in following this direction of travel and improving the built environment.

Building resilience of roofing technologies in a changing climate‘ recommendations:

  • ProTherm-Quantum-greyConventional (consolidated technologies); These are technologies that are consolidated in the market currently in both the residential and non-residential sectors, such as enhanced levels of insulation and improving airtightness.

Radmat’s range of insulation boards includes the most thermally efficient XPS insulation boards on the market and the Worlds thinnest inverted roof insulation boards, both ProTherm G XPS X ULTRA 300 SL and ProTherm Quantum PLUS+ are BBA certified.  Every roof is designed to optimise thermal efficiency within the design constraints of the roof or terrace.

  • Cool (highly reflective coatings); A cool roof is one that is designed to reflect more sunlight and absorb less heat than a conventional roof, typically flat or low sloped. A highly reflective type of paint, sheet covering, tiles or shingles can be used to achieve this.

Radmat’s single ply membranes and Liquid Applied Membranes provide light colour finishes for warm roofs, and our inverted roof systems can be finished with light coloured paving, porcelain tiles or energy capturing green roofs.

  • Anchorage-HouseGreen (vegetated); These are ballasted roofs that cover a conventional roof (typically flat) with a waterproofing later, growing medium (soil) and vegetation (plants).

Radmat’s MedO extensive, wildflower and biodiverse green roof range provide self-sustaining plant communities that replicate or replace the natural environment that was there before construction; enhancing both flora and fauna in the local environment as well as helping mitigating pollution, airborne noise, improve health and wellbeing and provide amenity.

  • Blue (vegetated with enhanced stormwater attenuation capacity); These are roofs that are designed to slow the drainage of rainwater collected above a roofs waterproof element, unlike conventional roofs which allow rainwater to drain quickly away from the roof.

Radmat’s Blue Roof systems provide roof level attenuation and discharge rate control, meeting the requirements for the London Plan 2021.  The installation of the Radmat Blue Roof system at The Forge won the Roofing and Drainage award at the AJ Specification Award 2020 and features in the NLA report ‘Resilient London’ produced for COP26.

To find out more about Radmat’s product range go to www.radmat.com, for design support to help mitigate climate change e-mail TechServices@radmat.com  or call 01858 410372.

 

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