Density units converter
Density units converter - converts units between kilograms per cubic meter, grams per liter, ounces per galon etc. Both metric and imperial (US and UK) units are included. Also, you will find more exotic units here, such as multiplicity of Earth density or femtograms per liter.

Beta version

BETA TEST VERSION OF THIS ITEM
This online calculator is currently under heavy development. It may or it may NOT work correctly.
You CAN try to use it. You CAN even get the proper results.
However, please VERIFY all results on your own, as the level of completion of this item is NOT CONFIRMED.
Feel free to send any ideas and comments !

How to convert

  • Enter the number to field "value" - enter the NUMBER only, no other words, symbols or unit names. You can use dot (.) or comma (,) to enter fractions.
    Examples:
    • 1000000
    • 123,23
    • 999.99999
  • Find and select your starting unit in field "unit". Some unit calculators have huge number of different units to select from - it's just how complicated our world is...
  • And... you got the result in the table below. You'll find several results for many different units - we show you all results we know at once. Just find the one you're looking for.

Inputs data - value and unit, which we're going to convert

value
unit
decimals

1 (kilograms per cubic meter) is equal to:

metric

unitsymbolvalue
kilograms per cubic meter
kg/m3
1
kilograms per cubic decimeter
kg/dm3
0.001
kilograms per cubic centimeter
kg/cm3
0.000001
kilograms per cubic milimeter
kg/mm3
1×10-9
grams per cubic meter
g/m3
1000
grams per cubic decimeter
g/dm3
1
grams per cubic centimeter
g/cm3
0.001
grams per cubic milimeter
g/mm3
0.000001
miligrams per cubic meter
mg/m3
1000000
miligrams per cubic decimeter
mg/dm3
1000
miligrams per cubic centimeter
mg/cm3
1
miligrams per cubic milimeter
mg/mm3
0.001

metric per liter

unitsymbolvalue
exograms per liter
Eg/l
1×10-18
teragrams per liter
Tg/l
1×10-12
gigagrams per liter
Gg/l
1×10-9
megagrams per liter
Mg/l
0.000001
kilogramy na litr
Kg/l
0.001
hektograms per liter
hg/l
0.01
dekagrams per liter
dg/l
0.1
grams per liter
g/l
1
decigrams per liter
dg/l
10
centigrams per liter
cg/l
100
miligrams per liter
mg/l
1000
micrograms per liter
µg/l
1000000
nanograms per liter
ng/l
1000000000
picograms per liter
ng/l
1×1012
femtograms per liter
fg/l
1×1015
attograms per liter
ag/l
1×1018

imperial

unitsymbolvalue
pounds per cubic inch
lb/in3
0.000036127
pounds per cubic foot
lb/ft3
0.062427961
pounds per cubic yard
lb/yd3
1.685554936
pounds per gallon (US)
lb/gal (US)
0.008345404
pounds per gallon (UK)
lb/gal (UK)
0.010022413
ounces per cubic inch
oz/in3
0.000578037
ounces per cubic foot
oz/ft3
0.998847369
ounces per gallon (US)
oz/gal (US)
0.133526471
ounces per gallon (UK)
oz/gal (UK)
0.160358606
grains per gallon (US)
gr/gal (US)
58.417831164
gramy na galon (UK)
gr/gal (UK)
70.156889985
grains per cubic foot
gr/ft3
436.995724033
tons (short) per cubic yard
ton (short) / yd3
0.000842777
tons (long) per cubic yard
ton (long) / yd3
0.00075248
slugs per cubic foot
slug/ft3
0.00194032
psis per 1000 foots
psi/1000ft
0.433527504

other

unitsymbolvalue
earth density (mean)
earth density
0.000181225
water density (0 °C, solid)
water (0 °C)
0.00010929
water density (20 °C)
water (20 °C)
0.00010018
water density (4 °C)
water (4 °C)
0.001

Some facts

  • Density is the physical quantity that determines the ratio beetwen the mass and the volume that mass occupies.

  • We usually denote the density by d or the small Greek letter ρ (pronunciation: rho).
  • If the sample body has mass m and it occupies volume V, then the density of the substance from which it is composed can be calculated using the following formula:
    density (d) = mass (m) / volume (V)

  • The density unit in SI is kg/m3 (kilogram per cubic meter).
  • Density is a characteristic feature of the substance. An example of a relatively high density substance is steel. Another example is styrofoam, which has relative small density.
    ⓘ Example: If we grab a small steel ball in hand, we can easily feel it's weight. If we grab anologous (i.e. with the same size), but made of styrofoam ball in second hand, then we notice that it is much heavier than the previous one. This is because steel has a much higher density than styrofoam.

  • Substances with high density are good acoustic insulators. For example, making the walls of a room with a thick concrete layer (high density material) will cause what is going on inside to be very poorly audible on the outside.
  • Acoustic insulation does not go hand in hand with thermal insulation. For example: styrofoam (very low density material) is known as a very good thermal insulator, but is unusable as an acoustic insulator.
  • ⚠ WARNING! Substances can change their density depending on temperature and pressure. Therefore density tables also contain the conditions in which they were measured.

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