Understanding the melting point of metals is essential for selecting the right material in manufacturing, engineering, and metalworking. This page includes an interactive tool and a comprehensive metal melting point chart for your reference.
The melting point of a metal is the temperature at which it changes from a solid to a liquid. It plays a critical role in:
Material selection for high-temperature environments
Welding and casting processes
Heat treatment and metal processing
Safety and thermal design considerations
Select a material from the dropdown or search by name.
Choose temperature unit: °C or °F.
See the melting point range and process note for each material.
This data helps you determine suitable processing temperatures during CNC milling, turning, or plastic molding. It includes common materials such as:
Aluminum 6061 / 7075
Copper, Brass
Carbon Steel 1045
Stainless Steel 304 / 316
ABS, Nylon, PC, Delrin
All values are approximate and may vary depending on alloy composition and processing method.
CNC Machining: Avoid melting or warping during cutting
Casting and Forging: Ensure appropriate mold temperature
3D Metal Printing: Set accurate laser/EBM settings
Heat Treatment: Control phase transitions with precision
Q1: Why do different metals have different melting points?
Each metal has a unique atomic structure and bonding energy, affecting how much heat is needed to change its state.
Q2: What’s the difference between melting point and boiling point?
Melting point is when a solid turns to liquid; boiling point is when liquid turns to gas. Metalwork typically focuses on melting.
Q3: How accurate are the melting points listed?
Values are based on standard atmospheric pressure and may slightly vary depending on alloy content and testing methods.
Q4: Can I download the melting point chart?
Yes! A printable version will be available soon. Stay tuned.
Bookmark this tool for quick reference in your workshop
Use in combination with our Hardness and Strength tools
Available 24/7 on desktop and mobile