Porcelain Ark is a critical laboratory instrument, valued for its exceptional ability to withstand extreme temperatures. Made from high-quality porcelain, it is designed specifically for use in high-temperature applications, such as in ashing, combustion, and other thermal processes. The porcelain ark is particularly useful in laboratories where the precise heating of samples is required. Its durability under high heat allows it to maintain its structural integrity, making it an ideal choice for processes like ashing, where organic material in samples is burned away at high temperatures to leave behind inorganic material. Additionally, porcelain arks are used in combustion reactions, as they can withstand the intense heat produced in these processes without breaking down or altering the chemical composition of the sample being tested.
Available in Nanyang chemical:
- 60mm
- 77mm
- 88mm
- 99mm
Usage of Porcelain Ark :
- Heating samples at high temperatures
- Holding substances during chemical reactions or ashing
- Suitable for use in furnaces or kilns
How to Use Porcelain Ark:
- To use a porcelain ark, place the substance to be heated or ashed inside the ark.
- Place the ark in the appropriate heating apparatus, such as a muffle furnace or kiln.
- Ensure that the temperature does not exceed the recommended limits for porcelain.
- Once the heating or reaction process is complete, allow the ark to cool before removing it from the heating source.
- Avoid sudden temperature changes, which can cause the porcelain to crack.
- After use, clean the ark thoroughly to prevent cross-contamination.
Application of Porcelain Ark:
- As in ashing procedures to remove organic material from samples
- Holding materials for combustion or chemical reactions
- Conducting high-temperature heating in chemical experiments
- Used in laboratories for thermal processing of solid samples
The design of the porcelain ark typically involves a longer, more elongated form compared to other similar instruments, which allows for greater flexibility in the amount of sample material it can hold. This makes it suitable for both smaller-scale laboratory experiments and larger-scale procedures. The high heat resistance of porcelain ensures that the ark will not crack or deform during these high-temperature processes, which is crucial for the accurate analysis of the sample. However, like other porcelain laboratory instruments, it is important to handle the ark carefully to avoid sudden temperature fluctuations or physical impact that could cause the material to crack. In conclusion, the porcelain ark is an essential laboratory tool for chemical analysis, heating, and ashing processes, providing researchers and scientists with a reliable and durable option for handling high-temperature experiments.