Copper

Copper

Check Copper Density in kg/m3, lb/in3 and g cm3 Below


Copper Density

  • Copper density kg/m3 : 8,960 kg/m³
  • Copper density g/cm3 : 8.96 g/cm³
  • Copper density g/mm3 : 0.0089 g/mm³

Copper 110 density

Copper 110 density : 8.94 g/cm³

Cu molecular weight

Cu molecular weight : 63.54 g/mol

Copper current density

Copper current density : 0.8 to 1 A/mm2

Copper Density Chart
Density of Wrought Copper Alloys Alloys C10100 (Oxygen-Free-Electronic) C10700 (Oxygen-Free with Ag) C10300 (Oxyben-Free Low-Phosphorus Copper) C11000 (Electrolytic Tough Pitch) C15000 (Zirconium Copper)
Density Kg/m3 8890 - 8940 8940 8800 - 8940 8890 - 8920 8890
lb/in3 0.3211 - 0.3229 0.3229 0.31792 - 0.3229 0.3211 - 0.3222 0.3211
g cm3 8.89 - 8.94 8.94 8.8 - 8.94 8.89 - 8.92 8.89
Density of Wrought Copper Alloys Alloys C19400 C18700 (Free-Machining Cu) C10200 (Oxygen-Free Copper) C19210
Density Kg/m3 8800 - 8940 8940 8900 8940
lb/in3 0.31792 - 0.3229 0.3229 0.3215 0.3229
g cm3 8.8 - 8.94 8.94 8.9 8.94
Copper Alloys Specifications
Copper Tensile strength

Copper Tensile strength

  • 380MPa
Cu Melting Point

Cu Melting Point

  • 1085°C
Copper Alloys Boiling Point

Copper Alloys Boiling Point

  • 2562°C
Copper yield strength

Copper yield strength

  • 69 MPa


Copper alloys temperature ranges

Copper alloys temperature ranges

  • Up to 480°F (250°C)
Copper young's modulus

Copper young's modulus

  • 110 to 130 GPa


Cu Grades

Cu Grades

  • C10100
  • C10200
  • C10300
  • C10800
  • C11000
  • C12000
  • C12200
  • C14200
Copper Types

Copper Types

  • TeCu
  • BeCu
  • CrCu
  • OFHC
  • ZrCu
  • CdCu


Copper Alloys Products

Copper Alloys Products

  • Pipe
  • Sheet
  • Fittings
  • Round bar
  • Tube
  • Fasteners


Find All Types of Copper Grades With Properties, ASTM Standard And Equivalent Chart

Cu Alloy ASTM Standard
  • ASTM B16/ ASME SB16
  • ASTM B21/ ASME SB21
  • ASTM B42 / ASME SB42

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Copper Alloys Types
ETP (Electrolytic Tough Pitch) OF (Oxygen-Free Copper) Cadmium Copper
C110 C101 C162
  • Plumbing
  • Roofing
  • Electrical systems
Ectrical industry
  • trolley wire
  • spring contacts
  • connectors
  • high strength transmission lines
Cu Alloys Products

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Brass Products
Useful Topic
Copper Equivalent Grades Chart
Alloy Name UNS BS Others BS EN
  North America United Kingdom   United Kingdom/Europe
C1-01 C1-10-00 C1-01 NF A5-1-11-8-1 CW-00-4A
C1-06 C1-22-00-; C1-22-10-; C1-23-00 C1-06 BS-28-70-; BS-28-71-; BS-28-74 CW-02-4A
C1-03 C1-02-00 C1-03 NF A5-1-11-8-1 CW-00-8A
C1-07 C1-42-00 C1-07 BS-28-71-; BS-28-75
C1-10 C1-01-00 C1-10 BS-14-33-, BS-38-39 CW-00-9A
C1-09 C1-45-00 C1-09 2.-15-45 CW-11-8C
BS EN ISO
United Kingdom Europe  
C111 CW114C Cu-S
C101 CW004A Cu-ETP
C103 CW008A Cu-OF
C101 CW011A Cu-Ag-2
CC102 CW106C CuCr1Zr
C101 CW013A Cu-Ag-4
C101 CW012A Cu-Ag-3
C109 CW118C Cu-TEP

View Cu Alloy Composition And Price Per Kg Here

Copper Alloys Chemical Composition
Grades Cu Oxygen Ph Te P As
C10100  99% 0.0005% 0.0003% 0.001% - -
C10200 99% 0.0010% - - - -
C10300 99% 0.005% - - - -
C10800 99.95% 0.012% - - - -
C11000  99.90% 0.002% - - - -
C12000 99.90% 0.002% - - - -
C12200  99.90% 0.002% - - - -
C14200 99.4% - - - 0.040% 0.50%
Pure Copper Price Per Kg
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Refer To The Copper Density Formula and Factor Affecting Cu Density
Copper Density Formula
Formula Density = Mass / Volume
Copper density :
  • mass = 179.2g,
  • Volume = 20cm³
eg
  • Density = Mass / Volume
  • 179.2 g / 20 cm³ = 8.96 g/cm³
  • Copper density = 8.96 g/cm³
Factors Affecting Coppers Density
Factors Affecting Coppers Density
Copper Density Specific Gravity Chart
Type Grade Specific Gravity g/cm3
Oxygen-free copper C10200 0.889
Tough pitch copper C11000 0.889
Copper chromium Z3234 equivalent 0.889
Phosphorous-deoxidized copper C12200 0.889

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Pure Copper Alloys Physical Properties
Property Minimum Value (S.I.) Maximum Value (S.I.) Units (S.I.) Minimum Value (Imp.) Maximum Value (Imp.) Units (Imp.)
Density 8.93 8.94 Mg/m3 557.482 558.106 lb/ft3
Bulk Modulus 130 145 GPa 18.8549 21.0305 106 psi
Atomic Volume (average) 0.0071 0.0073 m3/kmol 433.268 445.473 in3/kmol
Ductility 0.04 0.5 0.04 0.5 NULL
Compressive Strength 45 330 MPa 6.5267 47.8625 ksi
Elastic Limit 45 330 MPa 6.5267 47.8625 ksi
Endurance Limit 70 140 MPa 10.1526 20.3053 ksi
Fracture Toughness 40 100 MPa.m1/2 36.4019 91.0047 ksi.in1/2
Hardness 400 1150 MPa 58.0151 166.793 ksi
Modulus of Rupture 45 330 MPa 6.5267 47.8625 ksi
Loss Coefficient 3.5e-005 0.002 3.5e-005 0.002 NULL
Shear Modulus 44 49 GPa 6.38166 7.10685 106 psi
Poisson’s Ratio 0.34 0.35 0.34 0.35 NULL
Tensile Strength 210 390 MPa 30.4579 56.5647 ksi
Young’s Modulus 121 133 GPa 17.5496 19.29 106 psi
Glass Temperature K °F
Minimum Service Temperature 0 0 K -459.67 -459.67 °F
Maximum Service Temperature 350 400 K 170.33 260.33 °F
Latent Heat of Fusion 200 210 kJ/kg 85.9841 90.2833 BTU/lb
Melting Point 1320 1355 K 1916.33 1979.33 °F
Energy Content 100 130 MJ/kg 10833.9 14084 kcal/lb
Specific Heat 372 388 J/kg.K 0.287875 0.300257 BTU/lb.F
Benefits of Copper Alloys
Benefits of Copper Alloys
Copper Mechanical Properties
Standard Copper Alloy No.   Mechanical Properties    
Grain Size (mm) Tensile strength (Mpa) Temper Elongation(%)
ASTM B75   O0.040 O205 O60
C11000 O0.040 O205 O50
C12200 O310 H80
O250 H58
EN 1057 O250 R250 O30 or 20
  O290 R290 O3
  O220 R220 O40
ASTM B88   O0.040 O200 O60
C11000 O0.025 O200 O50
C12200 O250 H58
JIS H3300 C1220 O255 H
O0.040 O205 OL O40
0.025 ~ 0.060 O205 O O40
245 ~ 325 1/2H
C1100 245 ~ 325 OL
O205 O40
O265 H
Cu Alloy Optical Properties
Emissivity (0-1)  0.15 0.15
Reflection Coefficient, Visible (0-1)  0.63 0.63
Check Temper Chart And Applications, Compare Copper Vs Aluminium
Copper Applications and Uses
Copper Applications and Uses
Chemical Property of Copper
Chemical Properties English Metric
Atomic Number  29 29
Atomic Mass  65.546 65.546
Thermal Neutron Cross Section  3.8 barns/atom  barns/atom
 X-ray Absorption Edge    >11.269 Å >11.269 Å
1.38 Å 1.38 Å
">13.2578 Å ">13.2578 Å
>12.994 Å >12.994 Å
 Electrode Potential  >-0.340 V >-0.340 V
>-0.520 V >-0.520 V
Electronegativity  1.9 1.9
 Ionic Radius  >0.960 Å >0.960 Å
>0.720 Å >0.720 Å
 Electrochemical Equivalent  2.38 g/A/h 2.38 g/A/h
>1.185 g/A/h >1.185 g/A/h
Copper Alloys Thermal Properties
Heat of Fusion  88.10 BTU/lb 204.8 J/g
Heat of Vaporization  2252 BTU/lb 5234 J/g
 CTE, linear    >10.3 µin/in-°F
at temp 482 °F
>18.5 µm/m-°C
at temp 250 °C
>9.11 µin/in-°F
at temp 68.0 - 212 °F
>16.4 µm/m-°C
at temp 20.0 - 100 °C
>13.8 µin/in-°F
at temp 1700 °F
>24.8 µm/m-°C
at temp 925 °C
>11.2 µin/in-°F
at temp 932 °F
>20.2 µm/m-°C
at temp 500 °C
Copper Metal Temper Chart
Temper Annealed Conditions
O10 OS015 O20 O61 O60 O81
Cast & Annealed Average Grain Size: 0.015mm Hot Forged & Annealed Annealed Soft Annealed Annealed to Temper: 1/4 Hard
Temper Cold Worked Tempers Cold Worked & Stress Relieved Tempers
H01 H02 H04 H08 HR01 HR04
1/4 Hard 1/2 Hard Hard Spring H01 & Stress Relieved H04 & Stress Relieved
Temper Precipitation Hardened Tempers
TB00 TH02 TF00 TM00 / TM02 / TM08
Solution Heat Treated TB00 & Cold Worked & Aged TB00 & Age Hardened Mill Hardened Tempers
Temper Manufactured Tempers
M01 M06 M04
As Sand Cast As Investment Cast As Pressure Die Cast
Copper Life Cycle
Copper Life Cycle
Wrought Copper Alloy Families
Wrought Copper Alloy Families
C100xx-C150xx Commercially Pure Cu
C2xxxx Cu-Zn alloys – Brasses
C151xx-C199xx Age Hardenable Cu
C4xxxx Tin bronzes
C3xxxx Leaded brasses
C5xxxx Cu-Sn and Cu-Sn-Pb Phosphor bronze alloys
C6xxxx Cu-Al and Cu-Si Bronzes
Cast Copper Alloy Families
Cast Copper Alloy Families
C813xx-C828xx 95-99% Copper
C800xx-C811xx Commercially Pure Coppers
C9xxxx Other alloys, including aluminum bronze, tin bronze, copper nickel
C833xx-C899xx Cu-Zn alloys containing Pb, Sn, Mn, or Si
Cu Alloys Advantages
  • Excellent Electrical Conductivity
  • Corrosion Resistance
  • High Thermal Conductivity
  • Malleability and Ductility
  • Recyclability
Copper Material Disadvantages
  • Susceptibility to Tarnish
  • Expensive compared to other materials
  • Relatively Soft
  • Reactivity with Certain Substances
Pure Cu Mining Process
Pure Cu Mining Process
Copper Vs Aluminium
Copper Aluminium
  • Density : 8.96 g/cm³
  • Better conductor
  • Higher durability
  • Heavier than aluminium
  • Density : 2.70 g/cm³
  • Light weight
  • Easy to use
Copper Alloy Vs Brass
Copper Brass
  • Density: 8.96 g/cm³
  • Color: Reddish
  • 40,000 psi
  • Melting point: 1083 ℃
  • Density: 8.73 g/cm³
  • Color: Yellowish
  • 35,000 to 60,000 psi
  • Melting point :1040~1045℃
Comparing Density of Copper to Common Metals
Metal Density (g/cm³)
Copper 8.96
Silver 10.49
Steel 7.85
Gold 19.32
Zinc 7.14
Aluminum 2.7
Lead 11.34
Copper Alloys Products Delivery Time Table
Country Country Name Delivery Time
indonesia Indonesia 9 days
UAE UAE 5 days
Jordan Jordan 21 days
Brazil Brazil 45-60 days
Egypt Egypt 18 days
Australia Australia 60 days
South Africa South Africa 25-30 days
Thailand Thailand 7 days
Singapore Singapore 8 days
Saudi Arabia Saudi Arabia 7 days

Conclusion

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