The melting point of tin is 231.9°C and the boiling point is 2602°C in Celsius.
Tin has a relatively low boiling point. It boils at around 2,603 degrees Celsius or 4,717 degrees Fahrenheit.
The melting poit is 183 0C; the boiling point is not determined.
TIN Melting point:231.9 C (505.05 K, 449.41998 F) Boiling point: 2270.0 C (2543.15 K, 4118.0 F Edit. That is what wikipedia states but why do so many books and websites give a temperature around 2600°C for the boiling point of tin? Can we all stop pretending that the internet agrees on this value please? It is time for a stand up fight to sort this out once and for all.
Tin Is Unique Because The Difference between it's Melting Point And It's boiling point is one of the biggest of Metals
2602°C Edit. That is what wikipedia states but why do so many books and websites give a temperature around 2270°C for the boiling point of tin? Can we all stop pretending that the internet agrees on this value please? It is time for a stand up fight to sort this out once and for all.
Tin (Sn) - Atomic Number = 50, Melting Point = 232°C, Boiling Point = 2260°C.
-6000.900'cThat is seriously off. According to a website called LennTech, it has a melting point of 232˚C, and a boiling point of 2270˚C. Edit: If it is that easy why is the Wikipedia entry for "Tin" stating a boiling point for Tin of 2602 º C? Discuss.
The normal phase of tin is a solid at room temperature. Tin has a metallic luster and is commonly found in the form of greyish-white, malleable metal. It has a melting point of 231.93°C and a boiling point of 2602°C.
Boiling is the phase where the boiling occurs. The point at which the boiling occurs is the boiling point.
Tin is a metal that is typically a solid at room temperature. It has a melting point of 231.9°C (449.4°F) and a boiling point of 2,602°C (4,716°F).
Tin is characterized by a low-melting point (450°F), fluidity when molten, readiness to form alloys with other metals, relative softness, and good formability. The metal is nontoxic, solderable, and has a high boiling point. The temperature range between melting and boiling points exceeds that for nearly all other metals (which facilitates casting). Upon severe deformation, tin and tin-rich alloys work soften. Principal uses for tin are as a constituent of solder and as a coating for steel (tinplate, or terneplate). Tin is also used in bronze, pewter, and bearing alloys.