Density Table of Metals and Alloys (Iron, Steel, Brass, Aluminum)

Density Table

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A density table is a table that displays the density of a substance in the form of a table.

Density is a physical quantity with the symbol ρ.

We usually use density to describe the mass of a substance at a unit volume.

This concept is also frequently used in other natural sciences such as chemistry and materials science.

Features

Density reflects a property of the substance itself, which can therefore be influenced by external factors.

In general, the main physical quantities that affect the density of a substance are pressure and temperature.

Gas density is more affected by pressure and temperature.

Usually the gas only gives the density under standard conditions or at normal temperature and pressure.

Densities in other conditions can be calculated from the equation of state of the gas (eg, the ideal gas state equation or the van der Waals equation).

The density of a liquid depends primarily on the composition of the liquid and is less affected by temperature (but sometimes it cannot be ignored).

High pressures can also have a significant impact.

The density of a solid varies with temperature and pressure and is similar to a liquid and is generally less pronounced.

Density Table of Metals and Alloys

The table below lists out the density values of common metals and alloys, including iron, carbon steel, steel wire, alloy steel, bearing steel, stainless steel, copper, brass, bronze, aluminum, magnesium, nickel, zinc, lead etc.

Hope it is of help to you.

Density Chart for Various Type of Metal and Alloy

Item	Grade	Density g/cm³
Gray Cast Iron	HT100～HT350	6.6–7.4
White Iron	S15, P08, J13 etc	7.4–7.7
Forgeable Cast-iron	KT30-6～KT270-2	7.2–7.4
Cast Steel	ZG45, ZG35CrMnSi etc	7.8
Ingot Iron	DT1–DT6	7.87
Common Carbon Steel	Q195, Q215, Q235, Q255, Q275	7.85
High-quality Carbon Steel	05F, 08F, 15F	7.85
	10, 15, 20, 25, 30, 35, 40, 45, 50
Plain Carbon Tool Steel	T7, T8, T9, T10, T12, T13, T7A, T8A, T9A, T10A, T11A, T12A, T13A, T8MnA	7.85
Free Cutting Steel	Y12, Y30	7.85
Spring Steel Wire	I, II, IIa, III	7.85
Low Carbon High-quality Steel Wire	Zd, Zg	7.85
Manganese Steel	20Mn, 60Mn, 65Mn	7.81
Chrome Steel	15CrA	7.74
	20Cr, 30Cr, 40Cr	7.82
	38CrA	7.8
Chrome-Vanadium Steel	50CrVA	7.85
Chromium-Nickel Steel	12CrNi3A, 20CrNi3A	7.85
	37CrNi3A
Chromium-Nickel Molybdenum Steel	40CrNiMoA	7.85
Chromium-Nickel Tungsten Steel	18Cr2Ni4WA	7.8
Chrome Molybdenum Aluminum Steel	38CrMoA1A	7.65
Chromium Manganese Silicon Steel	30CrMnSiA	7.85
Chrome Manganese Silicon Nickel Steel	30CrMnSiNi2A	7.85
Silco-Manganese Steel	60Si2nMnA	7.85
Silicon Chrome-Steel	70Si2CrA	7.85
High-strength Alloy Steel	GC-4, GC11	7.82
High-speed Tool Steel	W9Cr4V	8.3
	W18Cr4V	8.7
Bearing Steel	GCr15	7.81
Stainless Steel	0Cr13, 1Cr13, 2Cr13, 3Cr13, 4Cr13	7.7
	Cr14, Cr17	7.75
	Cr17Ni2, Cr18, 9Cr18, Cr25, Cr28	7.85
	0Cr18Ni9(7.93), 1Cr18Ni9	7.85
	1Cr18Ni9Ti, 2Cr18Ni9	7.9
	Cr18Ni11Nb	7.9
	1Cr23Ni18, Cr17Ni3Mo2Ti	7.52
	1Cr18Ni11Si4A1Ti	8.5
	2Cr13Ni4Mn9	8
	3Cr13Ni7Si2	8
Pure copper		8.9
Brass	59, 62, 65, 68	8.5
	80, 85, 90	8.7
	96	8.8
Lead Brass	59-1, 63-3	8.5
	74-3	8.7
Tin Brass	90-1	8.8
	70-1	8.54
	60-1,62-1	8.5
Aluminum Brass	77-2	8.6
	67-2.5, 66-6-3-2, 60-1-1	8.5
Nickel Brass		8.5
Manganese Brass		8.5
Silicon Brass, Iron Brass		8.5
Cast Tin Bronze	5-5-5	8.8
	3-12-5	8.69
	6-6-3	8.82
Tin Bronze	7-0.2, 6.5-0.4, 6.5-0.1, 4-3	8.8
	4-0.3, 4-4-4	8.9
	4-4-2.5	8.75
Aluminum Bronze	5	8.2
	7	7.8
	19-2	7.6
	9-4, 10-3-1.5	7.5
	10-4-4	7.46
Beryllium Bronze		8.3
Silicon Bronze	3-1	8.47
	1-3	8.6
Beryllium Bronze	1	8.8
Cadmium Bronze	0.5	8.9
Chromium Bronze	0.5	8.9
Manganese Bronze	1.5	8.8
	5	8.6
White Copper	B5, B19, B30, BMn40-1.5	8.9
	BMn3-12	8.4
	BZN15-20	8.6
	BA16-1.5	8.7
	BA113-3	8.5
Pure Aluminium		2.7
Rust-free Aluminium	LF2, LF43	2.68
	LF3	2.67
	LF5, LF10, LF11	2.65
	LF6	2.64
	LF21	2.73
Duralumin	LY1, LY2, LY4, LY6	2.76
	LY3	2.73
	LY7, LY8, LY10, LY11, LY14	2.8
	LY9, LY12	2.78
	LY16, LY17	2.84
Wrought Aluminium	LD2, LD30	2.7
	LD4	2.65
	LD5	2.75
	LD8	2.77
	LD7, LD9, LD10	2.8
Ultralumin		2.85
Special Aluminum	LT1	2.75
Commercial Purity Magnesium		1.74
Wrought Magnesium	MB1	1.76
	MB2, MB8	1.78
	MB3
	MB5, MB6, MB7, MB15	1.79
Cast Magnesium		1.8
Commercial Pure Titanium	TA1, TA2, TA3	4.5
Titanium Alloy	TA4, TA5, TC6	4.45
	TA6	4.4
	TA7, TC5	4.46
	TA8	4.56
	TB1, TB2	4.89
	TC1, TC2	4.55
	TC3, TC4	4.43
	TC7	4.4
	TC8	4.48
	TC9	4.52
	TC10	4.53
Pure Nickel, Anode Nickel, Electric Vacuum Nickel		8.85
Nickel-Copper, Nickel Magnesium, Nickel Silicon Alloy		8.85
Nichrome		8.72
Zinc Ingot	Zn0.1, Zn1, Zn2, Zn3	7.15
Zinc Casting		6.86
Cast Ainc Aluminium Alloy	4-1	6.9
Cast Ainc Aluminium Alloy	4-0.5	6.75
Lead and Antimony Alloys		11.37
Lead Anode Plate		11.33

FAQs about metal density

What is the density of steel and iron?

The density of steel is usually 7.8 g/cm³.

The density of gray cast iron is 6.6 ~ 7.4 g/cm³;

The density of white cast iron is 7.4 ~ 7.72 g/cm³;

The density of malleable cast iron is 7.2 ~ 7.43 g/cm³;

The density of cast steel is 7.8 g/cm³;

The density of industrial pure iron is 7.8759 g/cm³.

What is the density of brass?

What is the density of copper?

The chemical symbol of copper is Cu, which is a transition metal.

There are many classifications of copper.

If the copper content reaches 99.5-99.95%, it is pure copper.

Pure copper is also called “red copper”, which is generally divided into oxygen free copper, oxygen copper and special copper.

If it is an alloy of copper and zinc, it is brass.

The copper base alloy with nickel as the main additive element is called white copper, which is silver white and has metallic luster, so it is called white copper.

Bronze originally refers to copper tin alloy, and later copper alloys other than brass and white copper are called bronze.

Of course, the copper density is different for different copper.

Let’s first talk about the definition of copper density.

Definition of copper density: the ratio of copper mass to copper volume is called copper density.

Formula for copper density:

• Formula for copper density: ρ= m/V， ρ= dm/dV( ρ M represents mass, V represents volume)
• Deformation of copper density formula: v = m/ ρ， m= ρ V，m=∫ ρ (V)dV。
• The mass m can be measured by a balance, and the volume V of liquid and irregularly shaped solid can be measured by a measuring cylinder or a measuring cup.
• The density of a substance is constant, and it does not change with the volume and mass. The density of different grades of copper does not change with the volume.

The density of different copper is different, but it can be roughly divided into the following types:

• The density of pure copper, oxygen free copper is 8.9 (g/cm³), and the density of phosphorus deoxidized copper is 8.89 (g/cm³).
• The density of processed brass is 8.5-8.8 (g/cm³) and the density of cast brass is 7.7-8.55 (g/cm³).
• The density of processed bronze is 7.5-8.9 (g/cm³) and the density of cast bronze is 7.45-9.54 (g/cm³).
• The density of white copper is 8.4-8.9 (g/cm³).

How to calculate density of steel?

The steel density calculation formula is: ρ= m/V。

Density unit: the international unit is kg/m³, and the common unit in the experiment is g/cm³, 1g/cm³ = 103kg/m³.

The density of steel is 7.8 g/cm³;

The weight of iron can be measured by Archimedes’ law.

First, tie the iron block with a thin rope and weigh the gravity G of the metal block with a spring scale.

Then completely immerse the metal block in the water and weigh the apparent weight G’ of the metal block in the water with a spring scale.

Finally, by calculating the weight of iron via the fomula ρ=Gρwater/(G-G’) and you will get the result that the density of steel is 7.8 g/cm³ or 0.28 lb/in³.