Bulk cement
![]() |
General Purpose Cement
General Purpose Cement is a cost effective, high quality building material. The level of consistency and versatility of 'General Purpose' cement makes it an ideal choice in virtually all construction applications.
Our General Purpose Cement exceeds the requirements specified in Australian Standard AS3972 for Type GP cement.
![]() |
General Blend Cement
General Blend Cement is manufactured for use in general purpose concrete applications, cement-based products, mortars and grouts where the use of Fly Ash has been approved. Concrete made with Fly Ash cement delivers improved workability, later-age strength and enhances the durability performance of concrete.
![]() |
Shrinkage Limited Cement
Shrinkage Limited Cement is a Portland cement designed for use in applications where there is a desire to reduce concrete shrinkage.
Reduced concrete shrinkage minimises the potential for cracking, improving the aesthetics and the structural integrity of concrete. Minimising drying shrinkage of concrete requires consideration of the other concrete constituents particularly aggregate type, water content, admixtures and construction practices.
![]() |
Sulfate Resistant Cement
Sulfate Resistant Cement is a specially blended cement designed to improve the performance of concrete where the risk of sulfate attack may be present. It also provides improved durability for concrete in most aggressive environments, reducing the risk of either deterioration of the structure or structural failure.
Suitably designed concrete using this cement technology also significantly reduces concrete permeability. This blended cement product assists in limiting the ingress of chloride ions in concrete exposed to coastal or saltwater environments, reducing the risk of corrosion of reinforcing steel.
![]() |
Low Heat Cement
Low Heat Cement is specially blended to provide a lower 'heat of hydration' in concrete. This unique attribute makes it ideal for mass concrete pours where the rate of temperature rise and the maximum temperature achieved must be controlled in order to reduce the risk of thermal cracking.
This technology delivers improved later-age concrete strength. When Low Heat Cement is used in concrete significant strength development after 28 days may be achieved.













