What is the high temperature temperature of electronic sintered graphite mold? The high temperature resistance of electronic sintered graphite molds varies depending on the specific material, manufacturing process, use environment and other factors, but it can generally reach between 1500 °C and 3000 °C.
At temperatures below 1500°C, the performance of graphite molds will be fully guaranteed. However, at temperatures above 3000°C, graphite molds may suffer from problems such as shortened service life and melting.
In addition, the thermal stability of graphite is mainly due to the high consistency of its heat capacity and thermal conductivity. At high temperatures, the bonding force between graphite molecules is enhanced, and the coefficient of thermal expansion is very small when the temperature increases, and the bond strength of the carbon atoms that make up graphite materials is relatively large. These factors give graphite excellent fire resistance and its ability to remain stable for long periods of time in high-temperature environments.
Therefore, electronic sintered graphite molds have a wide range of applications in the manufacture of high-temperature refractories, horizontal continuous casting and other fields. In practical applications, the high temperature resistance of graphite molds will be affected by a variety of factors, such as temperature, pressure, melt composition, etc. in the continuous casting process. When using graphite molds, it is necessary to select and adjust according to the specific conditions of use. #电子烧结石墨模具 #烧结石墨模具#石墨治具#石墨模具 #石墨模具加工厂
