Specific Heat Capacity of Metals Table Chart

Engineering Materials

Specific Heat Capacity of Metals Table Chart

The specific heat is the amount of heat enregy per unit mass required to raise the temperature by one degree Celsius. The relationship between heat and temperature change is usually expressed in the form shown below where c is the specific heat .

Specific Heat Capacity Conversions:

1 Btu/(lb-°F) = 4186.8 J/(kg-K)
1 Btu/(lb-°F) = 4.1868 J/(g-°C)
1 Btu/(lb-°F) = 1.8 Btu/(lb-°C)

Specific Heat Capacity of Metals Table Chart
Metal
Btu/(lb-°F)
J/(kg-K)
J/(g-°C)
Btu/(lb-°C)
AlBeMet
0.36
1507.248
1.507248
0.648
Aluminum
0.220
921.096
0.921096
0.396
Antimony
0.050
209.34
0.20934
0.09
Barium
0.048
200.9664
0.2009664
0.0864
Beryllium
0.436
1825.4448
1.8254448
0.7848
Bismuth
0.030
125.604
0.125604
0.054
Brass (Yellow)
0.096
401.9328
0.4019328
0.1728
Cadmium
0.055
230.274
0.230274
0.099
Calsium
0.150
628.02
0.62802
0.27
Carbon Steel
0.120
502.416
0.502416
0.216
Cast Iron
0.110
460.548
0.460548
0.198
Cesium
0.057
238.6476
0.2386476
0.1026
Chromium
0.110
460.548
0.460548
0.198
Cobalt
0.100
418.68
0.41868
0.18
Copper
0.090
376.812
0.376812
0.162
Gallium
0.088
368.4384
0.3684384
0.1584
Germanium
0.076
318.1968
0.3181968
0.1368
Gold
0.030
125.604
0.125604
0.054
Hafnium
0.033
138.1644
0.1381644
0.0594
Incoloy 800
0.130
544.284
0.544284
0.234
Incoloy 600
0.126
527.5368
0.5275368
0.2268
Indium
0.057
238.6476
0.2386476
0.1026
Iridium
0.310
1297.908
1.297908
0.558
Iron
0.110
460.548
0.460548
0.198
Lanthanum
0.047
196.7796
0.1967796
0.0846
Lead
0.030
125.604
0.125604
0.054
Lead Liquid
0.037
154.9116
0.1549116
0.0666
Lithium
0.850
3558.78
3.55878
1.53
Lutetium
0.036
150.7248
0.1507248
0.0648
Magnesium
0.250
1046.7
1.0467
0.45
Manganese
0.114
477.2952
0.4772952
0.2052
Mercury
0.030
125.604
0.125604
0.054
Molybdenum
0.066
277.16616
0.27716616
0.11916
Monel 400
0.110
460.548
0.460548
0.198
Nickel
0.120
502.416
0.502416
0.216
Nichrome (80%NI - 20% Cr)
0.110
460.548
0.460548
0.198
Niobium (Columbium)
0.064
267.9552
0.2679552
0.1152
Osmium
0.031
129.7908
0.1297908
0.0558
Palladium
0.057
238.6476
0.2386476
0.1026
Platinum
0.030
125.604
0.125604
0.054
Plutonium
0.032
133.9776
0.1339776
0.0576
Potassium
0.180
753.624
0.753624
0.324
Rhenium
0.033
138.1644
0.1381644
0.0594
Rhodium
0.058
242.8344
0.2428344
0.1044
Rubidium
0.086
360.0648
0.3600648
0.1548
Ruthenium
0.057
238.6476
0.2386476
0.1026
Scandium
0.140
586.152
0.586152
0.252
Selenium
0.077
322.3836
0.3223836
0.1386
Silicon
0.170
711.756
0.711756
0.306
Silver
0.057
238.6476
0.2386476
0.1026
Sodium
0.290
1214.172
1.214172
0.522
Solder (50% Pb-50% Sn)
0.051
213.5268
0.2135268
0.0918
Steel, Mild
0.122
510.7896
0.5107896
0.2196
Steel, Stainless 304
0.120
502.416
0.502416
0.216
Steel, Stainless 430
0.110
460.548
0.460548
0.198
Strontium
0.072
301.4496
0.3014496
0.1296
Tantalum
0.033
138.1644
0.1381644
0.0594
Thallium
0.030
125.604
0.125604
0.054
Thorium
0.030
125.604
0.125604
0.054
Tin (Liquid)
0.050
209.34
0.20934
0.09
Tin (Solid)
0.052
217.7136
0.2177136
0.0936
Titanium 99%
0.130
544.284
0.544284
0.234
Tungsten
0.032
133.9776
0.1339776
0.0576
Uranium
0.028
117.2304
0.1172304
0.0504
Vanadium
0.116
485.6688
0.4856688
0.2088
Yttrium
0.072
301.4496
0.3014496
0.1296
Zinc
0.090
376.812
0.376812
0.162
Zirconium
0.060
251.208
0.251208
0.108
Wrought Iron
0.120
502.416
0.502416
0.216

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