Porcelain boat is a highly specialized piece of laboratory equipment that is particularly valued for its ability to withstand high temperatures without cracking or deforming. Made from high-quality porcelain, these boats are designed for use in processes that involve intense heating, such as ashing, combustion, or other high-temperature chemical reactions. In laboratories, porcelain boats are primarily used for holding chemical samples that need to be heated to a high temperature. They are often employed in muffle furnaces, kilns, or other specialized equipment used in analytical chemistry, where their ability to withstand extreme heat makes them an essential tool.
Available in Nanyang Chemical:
- 77mm
Usage of Porcelain boat:
- Holding samples during heating or combustion
- Ashing samples
- High-temperature heating in laboratory experiments
How to Use Porcelain boat :
- To use a porcelain boat, place the sample to be heated or ashed into the boat.
- Ensure the boat is placed in a furnace or muffle kiln that is capable of reaching the necessary temperature for the procedure.
- Porcelain boats can withstand high temperatures, but it is important not to exceed the recommended limits for the material.
- After use, allow the boat to cool before handling. It is crucial to avoid sudden temperature changes, as this can lead to cracking.
- Proper cleaning is essential to avoid cross-contamination when using the boat for different experiments.
- Handle the porcelain boat carefully, as it can become fragile after extended use.
Application of Porcelain boat：
- Ashing of chemical samples
- Holding substances for high-temperature heating
- Used in combustion processes in laboratories
- Conducting chemical reactions involving heat
Despite their durability, porcelain boats can be fragile and should be handled with care. Sudden temperature changes or rough handling can cause cracking or chipping, so it is important to allow the boat to cool gradually after use and to avoid any impacts.
In summary, porcelain boats are an indispensable tool in many laboratory applications that require high-temperature heating, ashing, or other thermal processes, providing both reliability and precision for scientists and researchers.
