Specifying louvres across Australasia requires an understanding of multiple overlapping standards. This guide will provide you a practical explanation of how to approach key standards that matter in your area.
Behind every well-designed louvre is a digital tool that predicts airflow behaviour precisely, such as Computational Fluid Dynamics (CFD). But how important really is it? Find out more about the importance of CFD in designing high-performance louvres.
Routine cleaning and maintenance play a critical role in maximising the lifespan and performance of louvre systems. Read this guide to find out how.
Are powder coated louvres or anodised louvres more durable? Read this to discover the answer.
Our recent comparative research shows the importance of testing louvres. If you specify ventilation louvres, you'll want to read this.
We believe you should always seek products with third-party certification and should be able to access performance data easily. This is why.
Watch a recording of the recent webinar, in which we explore the design and engineering behind Te Kaha’s façade - New Zealand's largest multi-use arena.
We take a look at ventilation for different types of car parks, highlighting the key areas of consideration and requirements for ventilation solutions.
We're currently delivering Te Kaha, the new Christchurch Stadium. Due for completion in 2026, the facade contains over 3,000m2 of operable and acoustic weather louvres.
There is an undoubted move towards developing upwards, with an increase in 3 and 4 storey walk-up apartments. It’s generally what major urban areas do, so really is no surprise. Yet some of the issues which come with developing upwards may surprise some.
