Skip to content
 

Melting Temperatures and Ranges

The temperature at which a single element or compound transforms from a solid to a liquid is the melting temperature. Materials that are mixtures or alloys generally do not melt at a single temperature but possess a melting range. The lower temperature of the range is the solidus temperature, below which the material is solid. The higher temperature is the liquidus, above which the material is liquid. Within the melting range, both solid and liquid are present.
_________________________________________________________________

                                      Melting Temperature
Material              Product       (deg. F)       (deg. C)  Ref.
_________________________________________________________________
Cobalt-chromium
  alloys           Genesis II       2415-2550      1325-1400    9
                      Master Tec    2215-2380      1215-1300  222
                      Novarex       2425-2475      1330-1337  223
Gold Alloys
  Type I              Ney-Oro A     1825-1900       996-1038    7
  Type II             Ney-Oro A-1   1650-1775       899- 968    7
  Type III            Ney-Oro B-2   1650-1775       899- 968    7
  Type IV             Ney-Oro G-3   1630-1740       888- 949    7
  40% Au-Ag-Cu        Forticast     1555-1665       846- 907    9
  10-15% Au-Ag-Pd     Paliney No.4  1670-1810       910- 988    7
  Au-Pd               Olympia       2213-2380      1210-1304    9
  Au-Pt-Pd            TPW           2012-2282      1100-1250  196
  Porcelain-fused-
  to-metal            Jelenko O     2034-2206      1112-1208    9
Mercury                                -37           -38      130
Nickel-chromium
  alloy               Unimetal      2098-2282      1148-1250  196
Palladium-based
  dental alloys       Athenium      2120-2330      1160-1277  197
                      Legacy        2020-2360      1104-1293  197
                      Liberty       2020-2280      1104-1249  197
                      Microstar     2156-2336      1180-1280    9
                      PTM-88        2120-2340      1160-1282  197
                      Protocol      2320-2390      1271-1310  197
                      Spartan       2040-2120      1116-1160  197
                      W1            2165-2320      1185-1270  222
Pure metals
  Chromium                          3407           1875       130
  Copper                            1981           1083       130
  Gold                              1945           1063       130
  Nickel                            2647           1453       130
  Palladium                         2826           1552       130
  Platinum                          3217           1769       130
  Silver                            1761            961       130
  Titanium                          3035           1668       130
  Zinc                               787            420       130
Silver-palladium alloys
  Crown-and-bridge    Albacast      1870-2010      1021-1099    9
  Porcelain-fused-
     to-metal         Jel-5         2116-2341      1158-1283    9
Titanium-6Al-4V alloy               3002           1650       196
Waxe
  Beeswax             Ross Co.        93- 158        34-  70   68
  Carnauba            Ross Co.        27- 189        53-  87   68
  Inlay casting       Kerr blue hard 122- 176        50-  80   68
  Paraffin            Ross Co.       111- 140        44-  60   68
_________________________________________________________________

Introduction to Biomaterials Properties | Biomaterials Properties Table Listing |
References (1-100) | References (101-200) | References (201-244) |

Revised April, 1996
Biomaterials Properties Database, University of Michigan
Contact: Dr William J. O'Brien, Director (FAX: 313-647-5293).
Copyright © Quintessence Publishing, 1996.

http://www.lib.umich.edu/dentlib/Dental_tables/Melttemps.html

If you can read this, your browser isn't honoring our stylesheet requests

Send us your questions and comments.

libwebsystems@umich.edu

Your question or comment:

Sending . . .



Loading ...

Your message has been sent

There was a problem sending your message.

Please try again later. Or send it to libwebsystems@umich.edu in your favorite email client.
Your message was: