When sound waves enter a room, they bounce off hard surfaces such as walls, ceilings, and floors, creating echoes and reverberations. These reflections can make hearing difficult and create an unpleasant listening experience.
Colin Beattie
CEO
Colin Beattie is a leader in customised architectural lining solutions that balance aesthetics with performance. Under his leadership, SUPAWOOD has built a reputation for distinctiveness and quality manufacturing.
He champions SUPAWOOD’s commitment to architecturally distinctive solutions, expert, personalised service and compliant, sustainable systems that meet the highest standards of fire, acoustic and seismic performance.
Profile: LinkedIn
Posts
Can I Use Combustible Products on a Non-Combustible Wall?
Addressing a common ambiguity in the NCC: Can combustible timber be installed on a required non-combustible wall? Based on ABCB advisory notes and independent fire assessments, discover how SUPAWOOD provides a compliant pathway for fixing timber linings over non-combustible substrates in Type A and B buildings—ensuring both aesthetic warmth and fire safety.
How to Measure Basic Walls Before SUPAWOOD Panel Installation
Architectural...
How do I measure ceilings before SUPAWOOD panel installation?
In the last blog, we went over the things to consider before starting installation of SUPAWOOD panels, as well as general instructions for installing. These detailed instructions and examples are to ensure installation is as seamless and easy as possible onsite, ultimately avoiding untimely delays of the project.
Considerations and Questions to Ask Before Installing SUPAWOOD Panels
As an installer or builder, thorough preparation when it comes to installing wall and ceiling finishes such as feature wall panelling or acoustic timber ceiling systems is just as important as any other final finishing on the job site.
How Do I Ensure Perfect Acoustic Panel Installation?
Working in collaboration with architects, acoustic engineers, builders, and other construction professionals, SUPAWOOD’s depth of expertise is unparalleled.
How reliable are CodeMark Certificates and Fire Engineering Assessments?
Fire compliance in the wake of NCC 2019 remains a complex issue for the building industry. This article examines the reliability of CodeMark Certificates and Fire Engineering Assessments, highlighting potential pitfalls like withdrawn certifications and improper application. Discover why SUPAWOOD prioritizes NATA and IANZ-accredited testing to provide guaranteed, transparent fire compliance for interior lining systems.
The Versatility of ALUCLICK
SUPAWOOD developed ALUCLICK as a lightweight click-lock beam system several years ago to provide designers and builders with an aesthetically robust alternative to solid timber and metal beams.
Setting Out Decorative Ceiling Tiles: SUPATILE DIT, SUPATILE SLAT, SUPATILE 3D
This blog aims to assist installers, builders, specifiers, architects and project managers with setting out (determining the set-out points) before and during the installation of SUPAWOOD SUPATILE DIT (Drop-in Ceiling Tiles), SUPATILE SLAT, SUPATILE 3D.
Interior Panel Setting Out: Installing MAXI Beams, Waffle Blades & Wave Blades
This blog aims to assist installers, builders, specifiers, architects and project managers with setting out (determining the set-out points) before and during the installation of SUPAWOOD MAXI Beams, WAFFLE BLADES & WAVE BLADES.
Panel Setting Out: Installing SUPASLAT Timber Panels & SUPASLAT Aluminium Panels
This blog aims to assist installers, builders, specifiers, architects and project managers with setting out (determining the set-out points) before and during the installation of SUPASLAT Timber Panels & SUPASLAT Aluminium Panels.
Panel Set Out Points for Architectural Ceiling and Wall Lining Systems
Correctly deciding the set-out point is a crucial aspect of installation when using SUPACOUSTIC Acoustic Wood Panels and SUPALINE Decorative Panels. When specifying a SUPAWOOD product, all architectural timber acoustic panels and timber decorative panels have precise specification demands.













