Gram per cubic meter (g/m³) to Tonne per cubic meter (t/m³) converter

Converting from Gram per cubic meter (g/m³) to Tonne per cubic meter (t/m³) | Density

What is Gram per cubic meter (g/m³)

1g/m3 is a standard metric unit used to measure the density of a substance in grams per cubic meter. It indicates the mass of a material within a specific volume.

What is Tonne per cubic meter (t/m³)

1t/m3 is another density unit commonly used in fields like construction and engineering. It represents the density of a material in metric tonnes per cubic meter, where a tonne is equal to 1000 kilograms.

Conversion Formulas

To convert from grams per cubic meter to tonnes per cubic meter and vice versa, you can use the following formulas:

  • To convert from g/m3 to t/m3 : t/m3=g/m3×0.000001

  • To convert from t/m3 to g/m3 : g/m3=t/m3×1000000

Examples

  • 15 g/m3 is equal to 0.000015 t/m3

  • 15 t/m3 is equal to 15000000 g/m3

  • 4 g/m3 converts to 0.000004 t/m3

  • 4 t/m3 equals 4000000 g/m3

  • 16 g/m3 corresponds to 0.000016 t/m3

  • 16 t/m3 is equivalent to 16000000 g/m3

Use this reference guide to easily convert between grams per cubic meter and tonnes per cubic meter for your calculations or projects related to density measurements.

Gram per cubic meter to Tonne per cubic meter conversion table

g/m³ to t/m³ conversion table

Gram per cubic meter (g/m³)Tonne per cubic meter (t/m³)
0.01 g/m³0.00000001 t/m³
0.1 g/m³0.0000001 t/m³
1 g/m³0.000001 t/m³
2 g/m³0.000002 t/m³
3 g/m³0.000003 t/m³
4 g/m³0.000004 t/m³
5 g/m³0.000005 t/m³
6 g/m³0.000006 t/m³
7 g/m³0.000007 t/m³
8 g/m³0.000008 t/m³
9 g/m³0.000009 t/m³
10 g/m³0.00001 t/m³
10 g/m³0.00001 t/m³
20 g/m³0.00002 t/m³
30 g/m³0.00003 t/m³
40 g/m³0.00004 t/m³
50 g/m³0.00005 t/m³
60 g/m³0.00006 t/m³
70 g/m³0.00007 t/m³
80 g/m³0.00008 t/m³
90 g/m³0.00009 t/m³
100 g/m³0.0001 t/m³
1 000 g/m³0.001 t/m³
2 000 g/m³0.002 t/m³
3 000 g/m³0.003 t/m³
4 000 g/m³0.004 t/m³
5 000 g/m³0.005 t/m³
6 000 g/m³0.006 t/m³
7 000 g/m³0.007 t/m³
8 000 g/m³0.008 t/m³
9 000 g/m³0.009 t/m³
10 000 g/m³0.01 t/m³