Compare0
⇧+C
Stabilised Sand 15% (Melbourne)
Heidelberg Materials Australia Pty Ltd Upfront Carbon Emissions
kg CO2e / m3 (A1-A3)
kg CO2e / m3 (A1-A3)
163.00
below benchmark
This data has been generated from publicly available EPD data.
Upfront Carbon Emissions is a summation of Fossil, Biogenic and Land Use emissions. It does not include biogenic sequestration. This is consistent with NABERS database.
Valid until: 9 February 2030
Upfront Carbon Emissions is a summation of Fossil, Biogenic and Land Use emissions. It does not include biogenic sequestration. This is consistent with NABERS database.
Valid until: 9 February 2030
Do you have any questions on this data?
Please contact us
Please contact us
Stabilised Sand 15% is a sand-based material with 15% cementitious content, used for construction and civil engineering applications where enhanced stability is required.
Product specifications
Material
Stone
Net weight
1,940.00 kg
Pricing
Availability
In Stock
Countries
AU
Downloads
Environmental Product Declaration
PDF • 1.4MB
About Heidelberg Materials Australia Pty Ltd
Heidelberg Materials is one of the world’s largest building materials companies focused on producing materials to build our future. With more than 4,000 employees across 300 sites, they offer a comprehensive range of high-quality concrete, aggregates, road base, sand and asphalt products, including sustainable and recycled construction materials.
Similar Products
Imagecrete Colour 25 MPa (Sydney)
Upfront Carbon Emissions
kg CO2e / m3 (A1-A3)
kg CO2e / m3 (A1-A3)
above benchmark
Enrich-30 Normal-Class 32MPa (Perth Region)
Upfront Carbon Emissions
kg CO2e / m3 (A1-A3)
kg CO2e / m3 (A1-A3)
above benchmark
Post-tensioned 40 MPa (22 MPa @ 3 days) ECOTERA (Sydney)
Upfront Carbon Emissions
kg CO2e / m3 (A1-A3)
kg CO2e / m3 (A1-A3)
below benchmark
Spraymasta Tunnel 40MPa 40kg/m³ Steel Fibre, 1bag/m³ Poly Fibre (Sydney)
Upfront Carbon Emissions
kg CO2e / m3 (A1-A3)
kg CO2e / m3 (A1-A3)
above benchmark
Precast 50MPa (Sydney)
Upfront Carbon Emissions
kg CO2e / m3 (A1-A3)
kg CO2e / m3 (A1-A3)
above benchmark