How Crucibles Are Made To Withstand High TemperaturesBy: | | 0 comments
Smelting can only be done in a high-temperature forge. Blacksmiths need malleable materials and reliable equipment that withstands intense conditions. Have you ever wondered how crucibles withstand high temperatures? Find out more about the crucible manufacturing process and how this tool is so sturdy.
Crucibles require strong, heat-resistant materials to help them remain stable under high temperatures. These heat-resistant materials include ceramics, clay graphite, silicon carbide, and steel. Crucibles made with these materials sport excellent heat-resistant properties that allow blacksmiths to smelt materials with high melting points. The go-to materials for making crucibles have changed and evolved over the years. Historically, blacksmiths formed crucibles from clay. While clay crucibles still exist today, they’re not as popular in modern blacksmithing as steel, porcelain, or graphite crucibles. Each material choice handles melting points and metals uniquely, so modern blacksmiths may collect various smelting crucible types.
Crucible Casting Process
After choosing a material, the crucible goes through a thorough forming and casting process. Many crucibles, especially the graphite variety, start as a powder. A manufacturer will form the graphite powder into a tall bowl-like shape, and bake it in a kiln or furnace. Next comes pitch impregnation, and finally graphitization to perfect the final product.
Crucible Quality Testing
The final step of the crucible-making journey is testing the product. The testing phase helps ensure that the crucible holds up against the elevated temperatures in a forge. Manufacturers check quality, durability, temperature resistance, and measurement accuracy. From here, a manufacturer will size, paint, and ship the finished product.
Depending on the materials a blacksmith works with, a forge reaches over 1,000 degrees Fahrenheit. It only makes sense that your crucible and other equipment should hold up against these temperatures. The material choices and manufacturing process are part of how crucibles are made to withstand high temperatures. Check out the fine selection at Cast Master Elite if you seek high-quality smelting crucibles for your workshop.