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<p data-block-key="62p4q">Kingspan Kooltherm K17 Insulated Plasterboard with varying total panel thicknesses of 35 mm to 100 mm composed of a 10 mm thick paper-faced plasterboard facing laminated to the foil facing of Kingspan Kooltherm K10 G2 Soffit Board. The plasterboard and the thermoset phenolic foam have a client stated nominal density of 700 kg/m³ and 52 kg/m³ respectively.</p>

<p data-block-key="9i9ck">These graphs use H1 settings from the 4th Edition of H1, pre-November 2021. They compare these settings to medium proposals for construction R-values in <i>Thermal, financial and carbon review of NZBC energy efficiency clause H1/AS1 thermal envelope requirements for residential and small buildings</i>.</p>

<p data-block-key="o06kp">These graphs investigate how orientation of the house with different glazing distributions affects the results.</p>

<p data-block-key="8qozr">These graphs investigate how floor area affects results.</p>

<p data-block-key="njwd5">Davco K10 Plus, K10 Rapid and Davco K12 are liquid-applied waterproofing membranes for use under ceramic or stone tile finishes on external decks and balconies.</p>

<p data-block-key="xvxgy">Davco K10 Plus, K10 Rapid and Davco K12 are liquid-applied waterproofing membranes for use under ceramic or stone tile finishes in internal wet areas.</p>

<p data-block-key="t39bo">These graphs look at the effect of cumulatively applying optimal design decisions from investigations above to understand potential greenhouse gas reduction relative to a Code-compliant 156 m² stand-alone house.</p><p data-block-key="d2g3s">Note that the y-axis results from left to right along the x-axis are cumulative. Thus the values achieved on the far right of these graphs represent the potential reduction in greenhouse gas emissions estimated compared to the reference house on the far left if optimums for each of the interventions listed along the x-axis are implemented.</p>

<p data-block-key="fhv13">These graphs investigate how the amount of glazing for different glazing distributions affects results.</p>

<p data-block-key="euzz4">These graphs investigate how more-complex shapes (expressed as a decreasing area/perimeter ratio) affect results.</p>

<p>The KOROK® 51 mm Wall System and KOROK® KIT Wall Systems are used to construct fire and acoustically rated walls and partitions within building envelopes.</p><p>The KOROK® panels are made from aerated concrete encased in profiled galvanised steel sheet formwork and are non-loadbearing, whilst the structural elements of the wall system can be loadbearing.</p>