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Heated centrifuges are a powerful tool for Industrial laboratories, allowing them to separate components of a liquid sample into its various parts. This process, known as centrifugation, is an important part of many laboratory procedures.
At the heart of a heated centrifuge is a motor that spins the sample at increasing speeds, separating heavier components from lighter ones as it rotates. Depending on the type of machine, this can be accomplished at temperatures up to +90°C. Heated centrifuges are also equipped with a control system to regulate the speed, temperature, and other parameters of the centrifugation process.
The Usage of Heated Centrifuge in IndustrialPurposes
In the oil and gas industry, centrifugation is used to determine purity of crude oil. However, due to its viscosity, it would be difficult to separate under room temperature. By increasing the temperature with a heated centrifuge, separation of crude oil is made much easier.
Heated centrifuges are also used in the food laboratories and industries. It is an important process to ensure the quality of the produce. Production of dairy products such as milk, butter and cheese often requires the use of a heated centrifuge.
In addition to their ability to separate samples quickly and accurately, a heated centrifuge is also extremely reliable and requires minimal maintenance. This makes them ideal for use in both petroleum and food laboratories where accuracy and precision are of the utmost importance.
Takeaway
Overall, heated centrifuges are an important tool for industrial laboratories. By allowing them to precisely separate components of a sample at high temperatures, these machines have revolutionized the way many laboratory procedures are carried out.
With their ability to quickly and accurately process samples, heated centrifuges have become an invaluable tool for the non-medical sector.
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