RECYCLED CONCRETE 40MM
$55.00 per cu m
Recycled Concrete 40mm Aggregate is obtained by crushing, screening, and processing concrete waste from demolition and construction sites. This process yields a robust, coarse aggregate that is approximately 40mm in size, suitable for a variety of heavy-duty applications. Its angular shape and solid structure ensure excellent compaction and stability, making it an ideal choice for foundational layers in construction projects. The use of recycled concrete as an aggregate helps in reducing the environmental impact associated with construction activities by repurposing waste material and reducing the demand for virgin quarry resources. This aggregate is particularly valued in projects requiring high load-bearing capacities, such as road base construction, large drainage systems, and in creating durable surfaces for driveways and parking areas. By incorporating Recycled Concrete 40mm Aggregate, projects benefit from an environmentally responsible, high-performing material that aligns with sustainable construction practices without compromising on quality or efficiency.
100.00 cu m in stock
Additional information
| Weight | 1200 kg |
|---|---|
| Size | 40mm |
| Material | 100% Recycled Concrete |
| Shape | Angular |
| Colour | Predominantly grey, varying slightly based on the source concrete |
| Density | Approximately 1.5 tonnes per cubic meter |
| Compaction | High compaction and interlocking capabilities for superior stability |
| Standards Compliance | Meets or exceeds Australian Standards for recycled aggregate materials |
POPULAR USE CASES
- Road Base Construction: Provides a strong, stable base layer for roads, capable of supporting heavy traffic.
- Driveways and Parking Areas: Ideal for creating durable, load-bearing surfaces that withstand frequent use.
- Large-Scale Drainage Systems: Excellent for managing water flow in substantial landscaping and construction projects.
- Sub-Base for Concrete Slabs: Acts as a sturdy foundation for concrete slabs and structures.
- Erosion Control: Effective in preventing soil erosion in vulnerable areas by offering structural support.
