What kind of steel? Density?, Carbon level? I don't believe steel is correct.
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No element has a melting point of exactly 1300 degrees C. However, beryllium (Be) has a melting point of 1,560 degrees K (1,287 degrees C); and gadolinium (Gd) has a melting point of 1,585 degrees K (1,312 degrees C).
Tungsten has a melting point of approximately 3422°C (6192°F), which is close to 1300°C.
The melting point of pure iron is approximately 1538 degrees Celsius.
Between 1012 and 1102 degrees Celsius. The melting point varies greatly since there are many different compositions of tourmaline.
The melting point of glass rods can vary depending on the composition of the glass. However, most common types of glass rods have a melting point between 1300°C and 1500°C (2372°F to 2732°F).
It depends on the type of steel. Steel is not one particular thing, there are different steels for different purposes. Between 1100 - 1300 ºC
Alloy of iron and steel, nonferrous metals and other compounds are made​​. Percent of thematerial used is carbon steel. But the group of non-ferrous metals are zinc metal is very resistant to the oxidizing metal isvery brittle. Melting point of zinc is 419 degrees Celsius. Melting point is 1300 degrees Celsius.
A ferrous metal can be an alloy contaIning iron. From Latin for Iron ' Ferrum.(Fe)'. Pure Iron melts at 1538 oC ( 1811 K). Alloys containing different amounts of iron will melt at different temperatures.
No element has a melting point of exactly 1300 degrees C. However, beryllium (Be) has a melting point of 1,560 degrees K (1,287 degrees C); and gadolinium (Gd) has a melting point of 1,585 degrees K (1,312 degrees C).
It depends on what steel it is.There is Carbon steel and stainless steel (And perhaps others, but these are the main divisions).Carbon steel has a melting point of 1425-1540 degree centigrade (2600- 2800 degree Fahrenheit).Stainless steel on the other hand has a melting point of about 1510 degree centigrade (2750 degree Fahrenheit).== == Steel often melts at around 1370 degrees C (2500 °F). This varies depending on the specific steel alloy. The specific heat of steel varied from 420J/KG/Deg C at room temperature to 720J/KG/Deg C at 1535 deg C. This equates to a theoretical heat requirement of approximately 375KWh/mt to melt steel from room temperature. In practice, foundries use between 500 and 800 KWh /mt to raise steel to a little above its melting point of 1535deg C.
Yes you can. The melting point of the cheap steel they make buckets out of is 1425 degrees C. The hottest magma is 1300 degrees C. So it will be fine. Once the lava cools off it's just rock and you can put that in any bucket you like.