Mineral Fiber Ceiling Tiles
Gypsum Ceiling Tiles
Acoustical Plasterboard Ceiling
Concealed Suspension Metal
The DONN® brand suspension systems has been the original grid system developed in the 1950’s and is still a world leader and innovation. Catering to all aspect of builders taste and preferences, builders are spoilt for choice when building the perfect space. Having the latest suspended ceiling system technology, it is seismic rated, has the fastest installation and removal without tools needed.
Sheetrock® All Purpose Joint Compound
Maxi Skim™ 88
New Built Residential
Repair, Maintenance, Improvement
USG Boral EasyFinish™
USG Boral EasyFinish™ Bond System
USG Boral EasyFinish™ Frame System
USG Boral EasyFinish™ Solid System
This system offers two different application methods, EasyTrowel™ Application and EasyScoop™ Application. These tools provide an easy way to apply the bonding compound in the right thickness, or an innovative solution that eliminates the need to use a mortar-and-sand mix for plastering.
Architects & Designers
At USG Boral we are proud of our longstanding relationship with building design professionals. Our architectural clients benefit from diverse product choice, world-class technology, field-tested performance and hands-on technical support.
Builders & Installers
Our aim is to attend to your needs and requirement from technical knowledge to installation processes.
We have all the products and DIY tools necessary to help you plaster like a pro with smooth finish plaster jointing and finishing products
Our aim is to provide you solutions and make opportunities to scale your business efficiently.
Resources & Tools
Acoustical Ceiling Materials Estimator
Plasterboard Materials Estimator
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From a proposal to use Durock® Cement Board to eventually becoming the sole building solutions provider, USG Boral Malaysia proves its prowess once again by combining top-quality materials and industry expertise.
USG Boral Malaysia was the primary building materials supplier in a project to build the CCK Endau Kindergarten. The project commenced from May to November 2017, with USG Boral’s involvement for board installation spanning from June to August 2017.
The CCK Endau Kindergarten, developed by MIE Corporate Holdings, is the first high-end double-storey steel structured kindergarten in Malaysia. The kindergarten is situated in Endau, Johor which is approximately 350km from Kuala Lumpur. Its 2738m2 space consists of various facilities including a fully-roofed swimming pool, a full-fledged internal running track, a basketball court, and two badminton courts.
At the start of the project, USG Boral Malaysia initially proposed for the Durock® Cement Board Exterior Drywall Solution to be used for the kindergarten. As the project progressed, we managed to gain trust from the developers. Thanks to the strong technical expertise and detailed drawing supports from the dedicated sales and technical team, we eventually managed to a complete solutions provider for the entire project. Apart from external drywall solutions, other USG Boral products that were used include interior wall and ceilings systems.
We collaborated fully with our client, providing them with comprehensive support in terms of required manpower and resources. Logistics and stocks management were handled professionally by our Customer Service Department, ensuring that deadlines are met with certain boards coming in from as far as Mexico.
As Malaysia is known for its hot and humid weather, the Durock® solution was a suitable candidate for this project. Durock®’s high flexural strength enables it to resist cracking, and combined with other features such as humidity and moisture resistance, as well as ability to withstand to mold and mildew, proved to be an effective deterrent to our country’s hot and rainy climate.
The client also lauded the fast and easy installation of the product, which was perfect for fast-track projects as it eliminates the usual cement mixing and drying time needed by other solutions. The boards are also lightweight, which effectively reduced the strain from the overall structure of the building.