Melting and Boiling Points of Elements.
Melting and boiling points are given in degrees centigrade (celsius).
To convert to Kelvin, add 273.
Figures is parantheses are estimates.

Element

Melting Point

Boiling Point

Aluminium

660

2450

Argon

-189

-186

Astatine

(300)

(400)

Barium

710

1640

Beryllium

1280

(2500)

Boron

2030

3930

Bromine

-7

58

Cadmium

321

765

Caesium

29

685

Calcium

850

1492

Carbon (graphite)

3730 (sublimes)

 

Carbon (diamond)

3550

(4830)

Chlorine

-101

-34

Chromium

1905

2640

Cobalt

1495

2880

Copper

1085

2580

Fluorine

-220

-188

Francium

(30)

(700)

Gold

1065

(2710)

Helium

-270

-269

Hydrogen

-259

-253

Iodine

114

183

Iron

1540

2890

Krypton

-157

-153

Lead

328

1750

Lithium

181

1330

Magnesium

650

1120

Manganese

1245

2040

Mercury

-39

357

Molybdenum

(2620)

(4800)

Neon

-248

-246

Nickel

1455

2840

Nitrogen

-210

-196

Oxygen

-218

-183

Palladium

1550

(3100)

Phosphorus (red)

430 (sublimes)

 

Phosphorus (white)

44

281

Platinum

1770

(3800)

Potassium

63

766

Radium

700

(1500)

Radon

(-70)

(-60)

Rubidium

39

701

Silicon

1410

(2370)

Silver

961

(2200)

Sodium

98

890

Strontium

770

1365

Sulphur

119

445

Tin (white)

232

(2690)

Tin (grey)

19 (turns to white)

 

Titanium

1680

3300

Tungsten

3400

(5500)

Vanadium

1920

3400

Xenon

-112

-108

Zinc

420

980