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Estimated Mass
0.00 tonnes
Using density: 1.0 t/m3
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About

Logistics planning and structural engineering often require converting volume (space) into mass (weight). A dump truck has a volume capacity in cubic meters, but its load limit is rated in tonnes. Without accurate conversion based on material density, projects risk overloading vehicles or underordering aggregate. This tool solves the volume-to-mass problem by integrating a density database of common bulk materials.

The converter allows users to instantly select materials like concrete, sand, asphalt, or steel. It automatically applies the specific density factor, eliminating the need to search for reference tables. A custom density option is provided for specialized compounds, making this an indispensable utility for site managers and shipping coordinators.

mass converter density calculator construction materials shipping logistics tonne to m3

Formulas

Mass calculation requires multiplying volume by the material's density.

Mass = Volume × Density

Where Density is expressed in tonnes per cubic meter ($t/m^3$). If the density is known in $kg/m^3$, divide by 1,000 to get $t/m^3$.

Reference Data

MaterialDensity (t/m3)10 m3 Weight
Water (Pure)1.0010.0 t
Sand (Dry)1.6016.0 t
Sand (Wet)1.9219.2 t
Concrete (Standard)2.4024.0 t
Asphalt (Crushed)0.727.2 t
Steel (Mild)7.8578.5 t
Oak Wood0.757.5 t
Gold19.32193.2 t
Gravel (Loose)1.5215.2 t

Frequently Asked Questions

Yes. Bulk materials like sand or soil vary significantly based on moisture content and compaction. Wet sand is much heavier than dry sand. This tool provides average values, but for critical load limits, always use a specific sample density if available.
A metric tonne (t) is equal to 1,000 kilograms or approximately 2,204.6 pounds. It is distinct from the US "short ton" (2,000 lbs) and the UK "long ton" (2,240 lbs).
Absolutely. Select "Custom Density" from the dropdown menu to input a specific value found in your material safety data sheet (MSDS) or lab report.
Yes. Shipping costs are often calculated by "deadweight". Knowing the exact tonnage of a cubic cargo volume helps in estimating freight charges and ensuring compliance with road weight regulations.