Our standard concrete mixes range from paving to high-strength structural concrete.
To produce these mixes, we combine raw materials (of very specific portions) with a purpose-made agitator barrel. The result? A workable concrete mix that’s ready for use across broad applications.
Our standard mixes are classified as Normal Class (N) and conform to Australian Standard 1379 – Specification and Supply of Concrete.
Name | Strength | Maximum Aggregate Size | Product Specification |
---|---|---|---|
Normal Class 20MPa, 14mm Mix | 20MPa | 14mm | PDF link |
Normal Class 20MPa, 20mm Mix | 20MPa | 20mm | PDF link |
Normal Class 25MPa, 14mm Mix | 25MPa | 14mm | PDF link |
Normal Class 25MPa, 20mm Mix | 25MPa | 20mm | PDF link |
Normal Class 32MPa, 14mm Mix | 32MPa | 14mm | PDF link |
Normal Class 32MPa, 20mm Mix | 32MPa | 20mm | PDF link |
Normal Class 40MPa, 14mm Mix | 40MPa | 14mm | PDF link |
Normal Class 40MPa, 20mm Mix | 40MPa | 20mm | PDF link |
You can find further information in the Safety Data Sheet for Pre-Mix Concrete.
Our speciality mixes possess certain characteristics or properties that are different to (and in addition to) Normal Class specifications. They either:
Please contact us to discuss the best mix for your requirements, including customised mixes for special project work.
We offer the following additional products. Please contact us to discuss how we can address your specific requirements.
Additives
Additives are chemicals derived from modern technology that are specifically developed for concrete manufacturing.
We use additives to control concrete performance – and to comply with design criteria.
Safety Data Sheets for these additives are available on request.
Additives | Use |
---|---|
Super Plasticiser | High slump is not achieved through water alone. Super plasticiser increases the slump and workability of concrete without reducing its strength. |
Accelerator | Used in low ambient temperature conditions, accelerators reduce the setting time of concrete and improve early strength. |
Retarder | Used in high ambient temperature conditions and for large concrete pours, retarders increase the setting time of concrete and help avoid the creation of cold joins |