Who is USG Boral
About USG Boral
ACOUSTIC PANELS & CEILING TILES
ACOUSTIC SUSPENSION SYSTEM
DRYWALL SUSPENSION SYSTEM
USG Boral Steel Stud & Track System (New Zealand)
Rondo® Metal Components
Using innovative core technology, SHEETROCK® Cove is 5% lighter than previous USG Boral Cove products and has high strength-to-weight composite design. Encased in a strong 100% recycled paper liner, SHEETROCK® Cove provides a rigid cornice making carrying, handling and installing easy.
DIY Cornice Adhesive
DIY Patching Plaster
Total Joint Finish
Tools & Accessories
Wet Area Solutions
Fireclad® Fire-rated External Wall System
Partiwall® Separating Wall System
Quiet Living™ System
For Architects / Designers
We believe we can change the way buildings are designed, built and occupied by delivering innovations that help you work smarter, do more and build better.
For Builders / Installers
Proudly Supporting those who Build, every step of the way.
Our plastering products, tools & accessories are designed for the home renovator/builder making minor alterations or repairs to plasterboard walls & ceilings.
Resources & Tools
Acoustic Ceilings e-Estimator
TecASSIST™ - USG Boral
News & Promotions – USG Boral
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The Heavy Vehicle Chain of Responsibility (CoR) Legislation requires (but is not limited to) Load Restraint, Mass Management, Load Dimension, Speed and Fatigue Management compliance.
For guidance material regarding Load Restraint, please see links below:
The NTC completed a major review of the Load Restraint Guide Second Edition 2004 in January 2018 to ensure it was clear, user-friendly and based on the best available evidence on how to safely restrain and transport the majority of loads carried by heavy vehicles in Australia. The Load Restraint Guide 2018 was formally approved by the Transport and Infrastructure Council on 10 November 2017.
The Load Restraint Guide 2018 provides drivers, owners, operators, freight consigners, vehicle manufacturers, equipment manufacturers and suppliers with the basic safety principles that should be followed when designing a load restraint system to ensure the safe and efficient transportation of loads.