Niedrig schmelzende Metalle

Autor: Hans Lohninger

Schmelzbereich [°C]	Zusammensetzung	Dichte [g/cm3]	Anmerkung
-48 E	77% Cs, 23% K
-38.8	100% Hg	13.546	reines Quecksilber
-30 E	95% Cs, 5% Na
-19	68.5% Ga, 21.5% In, 10% Sn		Galinstan®
-12.6 E	78% K, 22% Na	0.886	NaK
7...8	61.0% Ga, 25.0% In, 13.0% Sn, 1.0 % Zn	6.50
11 E	66.5% Ga, 20.5% In, 13.0% Sn	6.32
11...17	62.5% Ga, 21.5% In, 16.0% Sn	6.50
16 E	75.5% Ga, 24.5% In	6.35
16...25	95.0% Ga, 5.0 % In	6.15
17 E	82% Ga, 12% Sn, 6% Zn
28.5	100% Cs	1.88	reines Cäsium
29.8	100% Ga	5.905	reines Gallium
38...43	42.9% Bi, 21.7% Pb, 18.3% In, 8.0 % Sn, 5.1% Cd 4.0% Hg	9.28
39.8	100% Rb	1.532	reines Rubidium
41.5	40.3% Bi, 22.2% Pb, 10.7% Sn, 17.7% In, 8.1% Cd, 1.1% Tl
47 E	44.7% Bi, 22.6% Pb, 19.1% In, 8.3 % Sn, 5.3% Cd	9.16
47...52	44.7% Bi, 22.6% Pb, 16.1% In, 11.3% Sn, 5.3% Cd	9.16
47.2	44.7% Bi, 22.6% Pb, 8.3% Sn, 19.1% In, 5.3% Cd		Cerrolow 117
54...56	49.1% Bi, 20.9% In, 17.9% Pb, 11.6% Sn, 0.5% Cd	9.01
57...65	47.5% Bi, 25.4% Pb, 12.6% Sn, 9.5 % Cd 5.0% In	9.47
58 E	49% Bi, 18% Pb, 12% Sn, 21% In	9.01	Cerrolow 136
58...69	49.0% Bi, 18.0% Pb, 18.0% In, 15.0% Sn	9.00
60.5 E	51.0% In, 32.5% Bi, 16.5% Sn	7.88
61...65	48.0% Bi, 25.6% Pb, 12.8% Sn, 9.6 % Cd 4.0% In	9.50
62 E	61.7% In, 30.8% Bi, 7.5 % Cd	8.02
62	32.5% Bi, 51% In, 16.5% Sn		Field'sches Metall
63.5	100% K	0.862	reines Kalium
70 E	50.0% Bi, 26.7% Pb, 13.3% Sn, 10.0% Cd	9.58
70 E	67% In, 33% Bi
70	50% Bi, 26.67% Pb, 13.33% Sn, 10% Cd		Lipowitz-Legierung
70...73	50.0% Bi, 25.0% Pb, 12.5% Sn, 0.05% Ag	9.59
70...73	50.0% Bi, 25.0% Pb, 12.5% Sn, 12.5% Cd	9.60
70...73	50.5% Bi, 27.8% Pb, 12.4% Sn, 9.3 % Cd	9.67
70...78	50.0% Bi, 34.5% Pb, 9.3 % Sn, 6.2 % Cd	9.89
71...88	42.5% Bi, 37.7% Pb, 11.3% Sn, 8.5 % Cd	9.81
72	50% Bi, 25% Pb, 12.5% Sn, 12.5% Cd		Wood'sches Metall
72 E	66.3% In, 33.7% Bi	7.99
73...93	50.0% Bi, 39.0% Pb, 7.0 % Cd 4.0 % Sn	10.11
74	49% Bi, 37.7% Pb, 11.3% Sn, 8.5% Cd		Cerrosafe
77...82	50.0% Bi, 39.0% Pb, 8.0 % Cd 3.0 % Sn	10.13
78 E	48.5% Bi, 41.5% In, 10.0% Cd	8.49
79 E	57.0% Bi, 26.0% In, 17.0% Sn	8.54
80...89	50.3% Bi, 39.2% Pb, 8.0 % Cd 1.5 % Sn, 1.0% In	10.15
80...89	50.9% Bi, 31.1% Pb, 15.0% Sn, 2.0 % In, 1.0% Cd	9.63
81 E	54.0% Bi, 29.7% In, 16.3% Sn	8.47
81...85	50.3% Bi, 39.2% Pb, 8.0 % Cd 1.5 % In, 1.0% Sn	10.15
83...92	52.0% Bi, 31.7% Pb, 15.3% Sn, 1.0 % Cd	9.70
87...91	51.1% Bi, 39.8% Pb, 8.1 % Cd 1.0 % In	10.21
87...93	51.4% Bi, 31.4% Pb, 15.2% Sn, 2.0 % In	9.64
90...94	52.0% Bi, 31.7% Pb, 15.3% Sn, 1.0 % In	9.70
91.5 E	51.6% Bi, 40.2% Pb, 8.2 % Cd	10.25
93 E	44.0% In, 42.0% Sn, 14.0% Cd	7.46
93...99	50.0% Bi, 31.0% Pb, 19.0% Sn	9.58
94	50% Bi, 15% Sn, 25% Pb		Rose'sches Metall
95 E	52.5% Bi, 32.0% Pb, 15.5% Sn	9.71
96 E	46.0% Bi, 34.0% Sn, 20.0% Pb	8.99
96 E	52.0% Bi, 30.0% Pb, 18.0% Sn	9.60
97	50% Bi, 18.8% Sn, 31.2% Pb		Newton'sches Metall
97.8	100% Na	0.971	reines Natrium
98	50% Bi, 25% Sn, 25% Pb		d'Arcet'sches Metall
100 E	50.0% Bi, 28.0% Pb, 22.0% Sn	9.44