This article highlights the importance of reconsidering traditional flat roof designs to achieve cost-efficiency and performance through the elimination of internal guttering systems.
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This article highlights the importance of reconsidering traditional flat roof designs to achieve cost-efficiency and performance through the elimination of internal guttering systems.
H1 provides for the efficient use of energy and sets physical conditions for energy performance. Are the recent changes to the H1 clause just a small step along the road to adopting the International Passive House standards across New Zealand, like other members of the OECD experienced? Robert Whitehouse believes they are.
Consideration should be taken to futureproofing new developments to ensure surface water drainage is efficient and will prevent unnecessary flood damage to property. Our cities are becoming increasingly less permeable with a higher coverage of hard surfaces as they intensify.
Using mineral fibre ceiling tiles with a Group 1 fire rating can help ensure compliance and provide greater protection for building occupants in the event of a fire.
‘Compostable’ means material that can be similarly broken down but — critically — into species that are useful and beneficial to compost.
Understanding details around specifying passive fire protection for drainage penetrations through balconies.
Could multiple applications of less durable wood stains outperform a more durable paint system in terms of carbon footprint?
A look at the various ways of approaching roof and balcony drainage on high density residential projects.
With a number of material options available for roof and balcony membrane drainage products — each suitable for different project requirements — it's important that architects carefully consider membrane type, flow rate, spatial requirements and environmental factors to choose the best option for the application.
It is critical that any firestopping sealant that is used on CPVC products is checked for both chemical compatibility, and of course like all firestopping products, evidence that the product has been tested in accordance with AS1530.4:2014 & AS4072.1-2005 and meets the required fire resistance level for the desired application.
The very nature to how the CLT slowly chars away adds extra consideration for firestopping systems as these treatments are often mounted to the wall in a way that they could fall off as the timber burns away.
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