Melting Point of Common Copper Alloys
The melting point of copper alloys can vary depending on the specific alloy composition. Copper itself has a melting point of approximately 1085 degrees Celsius (1984 degrees Fahrenheit). However, when copper is mixed with other elements to make alloys like brass or bronze, the melting point can change.
The tables below provide a comprehensive list of melting points for common copper alloys at 1 atmospheric (atm) pressure. (1 atm = 101,325 Pa)
Click on the icon to switch between degrees Celsius (°C) and degrees Fahrenheit (°F) units.
| C10100 (Oxygen-Free-Electronic) | 1083 |
| C10200 (Oxygen-Free Copper) | 1083 |
| C10300 (Oxyben-Free Low-Phosphorus Copper) | 1083 |
| C10700 (Oxygen-Free with Ag) | 1083 |
| C11000 (Electrolytic Tough Pitch) | 1065 - 1083 |
| C12200 (High Residual Phosphorus) | 1083 |
| C14500 (Tellurium Copper) | 1051 - 1080 |
| C14700 (Sulfur-Bearing Copper) | 1067 - 1076 |
| C15000 (Zirconium Copper) | 980 - 1080 |
| C17200 (Beryllium Copper) | 865 - 980 |
| C17300 (Beryllium Copper) | 865 - 980 |
| C17500 (Beryllium Copper) | 1030 - 1070 |
| C17510 (Beryllium Copper) | 1030 - 1070 |
| C18000 (Beryllium Free Copper) | 1020 - 1040 |
| C18150 (Chromium Zirconium Copper) | 1070 - 1080 |
| C18200 (Chromium Copper) | 1070 - 1075 |
| C18700 (Free-Machining Cu) | 950 - 1080 |
| C19150 (Leaded Nickel Copper) | 1040 - 1050 |
| C19160 (Leaded Nickel Copper) | 1038 - 1082 |
| C19210 | 1082 |
| C19400 | 1080 - 1090 |
| C22000 (Commercial Bronze) | 1020 - 1045 |
| C26000 (Cartridge Brass) | 915 - 955 |
| C31400 (Leaded Commercial Bronze) | 1010 - 1040 |
| C36000 (Free-Cutting Brass) | 885 - 900 |
| C44300 (Admiralty Brass) | 900 - 935 |
| C61300 (Aluminum Bronze) | 1040 - 1045 |
| C61400 (Aluminum Bronze) | 1040 - 1045 |
| C62300 (Aluminum Bronze) | 1040 - 1045 |
| C62400 (Aluminum Bronze) | 1025 - 1040 |
| C63000 (Aluminum Bronze) | 1035 - 1055 |
| C63020 (Aluminum Bronze) | 1020 - 1070 |
| C63200 (Aluminum Bronze) | 1040 - 1060 |
| C64200 (Aluminum Bronze) | 982 - 1000 |
| C68700 (Aluminum Brass) | 930 - 970 |
| C70250 (Copper Nickel) | 1075 - 1095 |
| C70600 (Copper Nickel) | 1100 - 1150 |
| C70620 (Copper Nickel) | 980 - 1030 |
| C71500 (Copper Nickel) | 1170 - 1240 |
| C72900 (Copper Nickel) | 950 - 1115 |
| C81100 | 1065 - 1083 |
| C81300 (Beryllium Copper) | 1066 - 1093 |
| C81400 (Beryllium Copper) | 1065 - 1095 |
| C81500 (Chromium Copper) | 1075 - 1085 |
| C82500 (Beryllium Copper) | 855 - 980 |
| C83600 (Leaded Red Brass) | 855 - 1010 |
| C83800 (Hydraulic Bronze) | 845 - 1005 |
| C86500 (High-Strength Yellow Brass) | 862 - 880 |
| C87500 (Silicon Brass) | 820 - 920 |
| C90500 (Tin Bronze) | 854 - 1000 |
| C90700 (Tin bronze) | 832 - 1000 |
| C95200 (Aluminum Bronze) | 1040 - 1045 |
| C95400 (Aluminum Bronze) | 1025 - 1040 |
| C95500 (Aluminum Bronze) | 1040 - 1055 |
| C95900 (Aluminum Bronze) | 1070 - 1120 |
| C96400 (Copper Nickel) | 1170 - 1240 |
The melting point of a copper alloy can vary depending on the specific composition of the alloy and the presence of any impurities.
Related Tables
References: 1) Cardarelli, François. Materials Handbook: A Concise Desktop Reference. Switzerland: Springer International Publishing, 2018.