Bound base course, Class 1 to 4 crushed rock plant-mixed with 1–4% cement for early strength and moisture resistance.
Cement treatment turns a high-quality crushed rock into a bound pavement material: plant-mixed with measured cement (typically 1–4%) and delivered at optimum moisture, it develops early strength, resists moisture ingress and dramatically improves performance over weak subgrades.
CTCR is specified for heavily loaded pavements, intersection rehabilitation and works where the pavement must carry traffic quickly. Because it’s working against a clock once mixed, our live tracking matters: you see the truck leave the plant and plan your paving crew to the minute.
| Material type | Cement treated crushed rock (CTCR) |
|---|---|
| Cement content | Blended 1% to 4% to design |
| Base material | VicRoads crushed rock, Class 2 to 4 |
| Specification | To pavement design and VicRoads requirements |
| Typical compacted density | ~2.0 to 2.2 t/m³ (indicative) |
| Common uses | Bound base and sub-base layers |
Figures shown are the supply specification and indicative typical properties. Source rock and exact test values vary by quarry; current batch test certificates for your delivery are available on request.
Full loads to open sites, sized to your access and the day's program.
Maximised payload where site access and mass limits allow it.
Every load GPS-tracked from the weighbridge to your gate, with the tonnes on the docket.
Blended to your pavement design for bound base and sub-base layers.
As a guide, this material weighs around 2.1 tonnes per cubic metre. Multiply your area by the layer depth to get the volume, then by the density. Tell us the area and depth on the quote form and we will convert it to tonnes and price the delivery for you.
100 m² at 150 mm deep = 15 m³ × ~2.1 t/m³
Tell us the volume, the site and the program. Every load is tracked live through NXT Control, from quarry to your gate.