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Materials Engineering Resource - Density of materials
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Density of materials
Materials
Density
 (g/cm3)
Density
 (lb/in.3)
Iridium
22.65
0.82
Osmium
22.61
0.82
Platinum
21.45
0.77
Rhenium
21.00
0.76
Tungsten
19.40
0.70
Gold
19.30
0.70
Uranium
19.07
0.69
Tungsten carbide
17.20
0.62
Tantalum
16.60
0.60
Tantalum cabide(TaC)
14.53
0.52
Hafnium
13.10
0.47
Ruthenium
12.45
0.45
Rhodium
12.41
0.45
Palladium
12.02
0.43
Thallium
11.85
0.43
Tholium
11.50
0.42
Lead
11.34
0.41
Silver
10.49
0.38
molybdenum
10.20
0.37
Bismuth
9.80
0.35
Thulium
9.31
0.34
Cast hight leaded tin bronze
9.29
0.34
Nickel-moly(Hastelly B-2)
9.20
0.33
Copper
8.96
0.32
Nickel
8.90
0.32
Copper nickel(64Cu-14Ni-22Zn)
8.85
0.32
Cobalt
8.85
0.32
Nickel silver
8.70
0.31
Brass(61.5Cu-3Pb-35.5Zn)
8.70
0.31
Bronze(57Cu,40Zn,3Pb)
8.70
0.31
Cadmium
8.65
0.31
Niobium(Columbium)
8.57
0.31
Nickel chromium cobalt alloy
8.21
0.30
Nickel-chromium(Inconel 718)
8.20
0.30
Copper zinc alloy
8.19
0.30
Maraing steel
8.02
0.29
Austentic stainless steel
8.00
0.29
Iron-nickel(Invar)
8.00
0.29
Iron
7.87
0.28
Nickel iron superally
7.86
0.28
Chromium steel
7.83
0.28
Nonresuktfurized carbon steel
7.83
0.28
Stainless steel(17Cr-4Ni)
7.81
0.28
Hot work tool steel
7.75
0.28
Aluminium bronze
7.64
0.28
Babbitt
7.50
0.27
Samarium
7.49
0.27
Maganese
7.43
0.27
Indium
7.31
0.26
Niobium nitride
7.30
0.26
Tin
7.30
0.26
Cerium dioxide
7.28
0.26
Astempered ductile iron
7.20
0.26
Pewter(Sn,Sb,Cu)
7.20
0.26
Chromium
7.19
0.26
Zince
7.13
0.26
Neodymium
7.00
0.25
Praseodymium
6.77
0.24
Cerium
6.77
0.24
Chromium carbide
6.70
0.24
Antimony
6.65
0.24
Zinconium
6.49
0.23
Lanthanum
6.15
0.22
Vanadium
6.11
0.22
Nivkel aluminide (NiAl)
6.05
0.22
Materials
Density
(g/cm3)
Density
(lb/in.3)
Galium
5.91
0.21
Zirconiua (partially stabilized)
5.70
0.21
Germanium
5.32
0.19
Titanium nitride
5.29
0.19
Tittanium carbide
4.94
0.18
Titanium diboride
4.52
0.16
Titanium
4.51
0.16
Ti-6Al-4V
4.50
0.16
Titanium dioxide
4.25
0.15
Aluminium oxide
3.98
0.14
Spinel (MgO.Al3O3)
3.57
0.13
Aluminium nitride
3.26
0.12
Sialon
3.20
0.12
Silicon nitride
3.19
0.12
Mullite (3Al2O3-2SiO2)
3.16

0.11
Silicon carbide
3.10
0.11
Hydroxyapatite
3.10
0.00
Aluminium carbide
2.99
0.11
Wollastonite
2.90
0.10
Aluminium copper alloy
2.84
0.10
Aluminium zinc alloy
2.78
0.10
Aluminium
2.70
0.10
Cordierite
2.65
0.10
E-glass fiber
2.62
0.10
Pyrex glass
2.52
0.09
Boron carbide
2.52
0.09
Boron
2.40
0.09
Silicon
2.33
0.08
PTFE (polytetrafluoroethylene)
2.30
0.08
Graphite
2.26
0.08
Boron nitride
2.25
0.08
Sulfur
2.07
0.07
Unsaturated polyester
2.00
0.07
Polymide thermoset
2.00
0.07
Phenolic resin
1.99
0.07
Beryllium
1.85
0.07
Phosphorus
1.83
0.07
Carbon fiber
1.74
0.06
Magnesium
1.74
0.06
PPS (polyphenyleene sulfide)
1.67
0.06
Nylon 6
1.64
0.06
Acetal resin
1.57
0.06
Epoxy resin
1.56
0.06
Calcium
1.55
0.06
Rubidium
1.53
0.06
Polycarbonate
1.53
0.06
Aremid fiber
1.45
0.05
Aramotic polymide
1.44
0.05
Bismaleimide resin
1.36
0.05
Silicone
1.35
0.05
PEEK (polyetheretherketone)
1.32
0.05
Cellulose acetate
1.30
0.05
Human Bone
1.30
0.05
Polyurethane
1.27
0.05
ABS (acrylonitrile butadiene styrene)
1.26
0.05
Polysulfone
1.24
0.04
Acrylic
1.19
0.04
Polypropylene
1.05
0.04
Sodium
0.97
0.04
PE (polyethylene)
0.95
0.03
UHMWPE (ultrahigh molecular weight PE)
0.93
0.03
Potassium
0.86
0.03
Lithium
0.53
0.19
PROPERTY COMPARISON TABLES
Density
Heat deflection tempratures of plastics
Electrical conductivity
Electrical resistivity
Linear thermal expansion
Melting temperatures of metals
Thermal conductivity of metals
Ultramate tensile strength
Elastic modulus
Comparison of properties of metals, ceramics, and polymers
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