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333FC 110V and 334FC 220V
$1050.00
An organic compounds melting point is one of several physical properties by which it is identified. A physical property is a property that is intrinsic to a compound when it is pure.
The melting point is the temperature at which a substance changes its state from solid to liquid. Under standard atmospheric pressure different pure crystalline solids will each
melt at a different specific temperature; thus the melting point is a characteristic of a substance and can be used to identify it. When heat is applied continuously and in
sufficient quantity to such solids, the temperature rises steadily until it reaches the point at which liquefaction occurs.
Here the rise ceases and no further change in temperature is observed until all of the substance has been converted to liquid.The heat being applied to the substance at that
temperature is consumed in bringing about the change in state, and none is available to raise the temperature of that part of the substance already liquefied until all of it has
changed to the liquid. If heat is still applied when liquefaction is complete the temperature will begin to rise again.
Technical Data PDF
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Melting Points
Element
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Melting Point Fahrenheit
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Melting Point Celsius
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Tungsten
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6170 F
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3410 C
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Carbon
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6422 F
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3550 C
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Platinum
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3222 F
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1772 C
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Uranium
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2070 F
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1132 C
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Gallium
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84 F
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39 C
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Tin
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448 F
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231 C
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Silver
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1762 F
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961 C
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Indium
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313 F
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156 C
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Lead
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621 F
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327 C
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Thallium
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577 F
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303 C
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Lithium
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356 F
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180 C
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Zinc
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786 F
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180 C
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Sodium
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207 F
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97 C
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Potassium
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145 F
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63 C
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Rubidium
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100 F
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38 C
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Cesium
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82 F
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28 C
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Arsenic
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1503 F
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817 C
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Mercury
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-36 F
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-38 C
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Neon
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-415 F
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-248 C
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