C110 is a commercial copper which is more economical than C102. It has good solderability and corrosion resistance and is used for high current applications.
Mechanical Properties
Round Wire
Annealed |
0S050 |
35 |
.0010 - .1285 inch |
Hard Drawn |
H04 |
60 |
Square Wire
Annealed |
0S050 |
35 |
.0100 - .0808 inch |
Hard Drawn |
H04 |
60 |
Rolled Flat
Annealed |
0S050 |
26 |
38 |
Thickness:
.0100 - .0500 inch
Width:
.0150 - .2500 inch
|
1/4 Hard |
H01 |
34 |
42 |
1/2 Hard |
H02 |
37 |
46 |
Hard |
H04 |
43 |
52 |
Spring |
H08 |
50 |
58 |
Physical Properties
(1) Expressed as a range per CDA |
Melting Point (Liquidis) |
1981°F |
Melting Point (Solidus) |
1949°F |
Density (C102 Copper Alloy) |
0.323/cu in |
Density (C110 Copper Alloy) |
(1) .321-.323 lbs/cu in |
Electrical Resistivity (Annealed) |
10.3 Ω⋅cmil/ft @ 68°F |
Electrical Conductivity (Annealed) |
101 % IACS @ 68°F |
Coefficient of Thermal Expansion |
0.0000098°F (68-572°F) |
Modulus of Elasticity (Tension) |
17000 ksi |
Modulus of Rigidity |
6400 ksi |
Mechanical Properties
Round Wire
Annealed |
0S050 |
240 |
.0254 - 3.264 mm |
Hard Drawn |
H80 |
415 |
Square Wire
Annealed |
0S050 |
240 |
.2540 - 1.905 mm |
Hard Drawn |
H80 |
415 |
Rolled Flat
Annealed |
0S050 |
180 |
260 |
Thickness:
.2540 - 1.905 mm
Width:
.3810 - 6.350 mm
|
1/4 Hard |
H01 |
235 |
290 |
1/2 Hard |
H02 |
255 |
315 |
Hard |
H04 |
295 |
360 |
Spring |
H08 |
345 |
400 |
Physical Properties
Melting Point (Liquidis) |
1083°C |
Melting Point (Solidus) |
1065°C |
Density (C102 Copper Alloy) |
8.94 gm/cu cm |
Density (C110 Copper Alloy) |
(1) 8.89-8.94 gm/cu cm |
Electrical Resistivity (Annealed) |
1.7123 ?? -cm @ 20°C |
Electrical Conductivity (Annealed) |
0.59127 MegaSiemens /cm @ 20°C |
Coefficient of Thermal Expansion |
0.00001764°C (20-300°C) |
Modulus of Elasticity (Tension) |
117200 Mpa |
Modulus of Rigidity |
44100 Mpa |
(1) Expressed as a range per CDA |
For a full size version of product specifications, including chemical composition in both US and Metric units, please download the PDF.