In laboratories, a lot of equipment can be found for different purposes. Likewise, the laboratory thermometer is made only for specific applications. They are quite handy for a variety of studies that need to be carried out at particular temperatures. The laboratory thermometers also come with high precision and resistance. One must keep an eye on the temperature to prevent their studies' results from being affected.
Laboratory experiments use an analog or digital thermometer where the temperature is crucial. These thermometers have to provide accurate closest actual temperature data along with being able to withstand various circumstances.
Where can laboratory thermometers be used:
To manage the temperature for a vast variety of experiments, a laboratory thermometer is required. The work could be from the simplest ones involving transitions between the solid, liquid, and gaseous states of matter to others wherein solutions are formed at specific temperatures. There are many different applications for laboratory thermometers.
- Reactions that are enzymatic.
- Regulating the temperatures of the transitions between the different states of matter, such as:
- Sublimation: solid to gas
- Condensation: gas to liquid
- Vaporization: liquid to gas
- Fusion: solid to liquid
- Reverse sublimation: gas to solid
- Solidification: liquid to solid
- To scale a material's physical characteristics in accordance with its current temperature.
What are the laboratory thermometer kinds?
- Bimetallic Strip
What precautions should be taken while using a laboratory thermometer?
- The manufacturer's recommended maximum and minimum working ranges must always be adhered to.
- Keep the thermometer in a secure location to help it last longer.
- To ensure that it keeps up its accuracy and dependability, Regular calibration is required.
- When used within agitators, protection should be provided.
- When using the same thermometer, make sure to be devoid of any chemical residue by maintaining cleanliness.