The primary objective of NZBC Clause E1 Surface water is to “Safeguard people from injury or illness, and other property from damage”. There are many elements which contribute towards this objective. Outlined are five key factors to consider when selecting the appropriate products for the job.

An outline of the new acoustic requirements from the latest version of the Ministry of Education's Designing Quality Learning Spaces (DQLS) requirements.

Understanding the benefits of a stainless tile over tray and if it's the right solution for your project.

A look at two major tactics for reducing dirt pick-up — making the surface either super-hydrophilic or super-hydrophobic.

We recently conducted a simple experiment comparing the temperature of different coloured membranes in the Auckland sun. 

It can be difficult to give coating advice on new products arriving into NZ's climate — here's a look at how strandwoven bamboo decking is made and some of the challenges of the coating process. 

After thoroughly investigating the challenges of upgrading fire-separating elements we want to finish this series off by demonstrating how a tested and endorsed intumescent coating system embedded in an integrated approach is able to deliver a compliant, cost-effective, minimal waste solution.

A short guide to designing an external surface water drainage system that protects dwellings from moisture while maintaining visual consistency and high performance.

Recently, flat roof systems and product technology have grown more complex, with options such as reinforced modified bitumen and TPO membranes providing different performance benefits. 

The Ministry of Education's updated guidelines on Weathertightness Design Requirements for New School Buildings outline new changes in the design philosophy of school roofs set well above NZBC Acceptable Solutions.