Material property calculator

Density of Common Materials

Search common engineering material densities, convert between units, and estimate mass from volume using density values for metals, plastics, wood, concrete, glass, and ceramics.

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Results update automatically with density shown in SI, metric, and imperial units.

Density lookup
  • Use the table below for more materials and notes.
  • Mass is calculated from m = density x volume.

Calculated result

Reference table

Material density table

Material Group Density (g/cm3) Density (kg/m3) Density (lb/ft3) Notes
Aluminum Metal 2.7 2,700 168.56 General aluminum reference value
Aluminum Alloy 6061 Metal 2.7 2,700 168.56 Common structural aluminum alloy
Brass Metal 8.5 8,500 530.64 Copper-zinc alloy
Bronze Metal 8.8 8,800 549.37 Copper-tin alloy family
Carbon Steel Metal 7.85 7,850 490.06 Common steel reference value
Stainless Steel Metal 8 8,000 499.42 Typical austenitic stainless steel
Cast Iron Metal 7.2 7,200 449.48 Varies with grade and graphite form
Copper Metal 8.96 8,960 559.35 Electrical and thermal conductor
Lead Metal 11.34 11,340 707.93 Dense soft metal
Magnesium Metal 1.74 1,740 108.62 Lightweight metal
Nickel Metal 8.9 8,900 555.61 Corrosion-resistant metal
Titanium Metal 4.5 4,500 280.93 High strength-to-weight metal
Tungsten Metal 19.25 19,250 1,201.74 Very high density metal
Zinc Metal 7.14 7,140 445.74 Galvanizing and die-casting metal
Polyethylene (PE) Polymer 0.94 940 58.68 Varies by LDPE/HDPE grade
Polypropylene (PP) Polymer 0.91 910 56.81 Lightweight thermoplastic
Polystyrene (PS) Polymer 1.05 1,050 65.55 Rigid thermoplastic
Polycarbonate (PC) Polymer 1.2 1,200 74.91 Impact-resistant thermoplastic
PVC Polymer 1.38 1,380 86.15 Rigid PVC reference value
PTFE Polymer 2.2 2,200 137.34 Fluoropolymer
Nylon Polymer 1.15 1,150 71.79 Engineering polymer
Epoxy Resin Polymer 1.2 1,200 74.91 Unfilled resin reference value
Acrylic (PMMA) Polymer 1.18 1,180 73.67 Transparent thermoplastic
Glass Ceramic 2.5 2,500 156.07 Soda-lime glass reference value
Alumina Ceramic Ceramic 3.9 3,900 243.47 Dense technical ceramic
Concrete Construction 2.4 2,400 149.83 Normal-weight concrete
Brick Construction 1.8 1,800 112.37 Common masonry reference value
Granite Construction 2.7 2,700 168.56 Natural stone
Oak Wood Wood 0.75 750 46.82 Varies with moisture content
Pine Wood Wood 0.5 500 31.21 Varies with species and moisture
Water at 20 C Fluid 0.998 998 62.30 Included for comparison

Formulas

Density formulas and unit conversions

Density

ρ = m / V

m = ρ x V

V = m / ρ

Common conversions

1 g/cm3 = 1000 kg/m3

1 kg/m3 = 0.062428 lb/ft3

1 ft3 = 0.0283168 m3

Density values are typical reference values. Final design should use supplier data, material standards, or measured values for the exact grade, alloy, moisture content, porosity, and temperature.

Reference

How engineers use material density

Mass estimates

Density converts part volume into mass for cost, shipping, handling, and assembly checks.

Strength-to-weight

Density helps compare materials where weight matters, such as aerospace, automotive, robotics, and portable equipment.

Fluid and buoyancy

Density is used in buoyancy, hydrostatics, settling, and fluid-structure interaction calculations.

Manufacturing

Density supports casting, molding, inventory, batch sizing, and material usage estimates.

FAQ

Material density questions

What is material density?

Material density is mass per unit volume. It is commonly reported in kg/m3, g/cm3, or lb/ft3.

What is the density of steel?

A common reference density for carbon steel is about 7.85 g/cm3, or 7850 kg/m3.

Why do density values vary?

Density varies with alloy composition, porosity, temperature, moisture content, manufacturing process, and material grade.

Related

Common material property tables