FZ23LSNSNSNM042

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The FZ23LSNSNSNM042 is an efficient, versatile and compact supercritical fluid extraction (SFE) pump system designed specifically for laboratory use. It has been widely used in various industries for sample analysis, especially in the food and beverage industry. The FZ23LSNSNSNM042 can be used to extract volatile components such as lipids, carbohydrates, proteins, and active ingredients. It is also suitable for In Vivo and In Vitro extraction.

The core of the FZ23LSNSNSNM042 pump system is a high-pressure motor-driven piston pump. The displacement of the motor-driven piston is controlled by a pressure regulator. The pressure regulator is set by either a digital controller or a manual regulator. The pressure regulator controls the displacement of the piston to achieve a constant speed of delivery of SFE fluid. The FZ23LSNSNSNM042 is equipped with a pressure relief valve to protect the system from overpressure. The pressure relief valve will open when the pre-set pressure is reached.

The FZ23LSNSNSNM042 has a wide application field due to its versatility and performance. In the food and beverage industry, it is used to extract the volatile components of raw materials to form an extract with a complex flavor profile. Additionally, it is used to obtain highly concentrated extracts from herbal and plant materials for use in the pharmaceutical industry. It is also employed to study the extraction mechanism of lipophilic compounds from biological samples.

Furthermore, the FZ23LSNSNSNM042 has been successfully used in analytical chemistry to develop reversed-phase liquid chromatographic methods for the determination of many compounds. Additionally, it is employed in the extraction of compounds from clinical samples for further analysis. It is also employed to obtain target compounds from complex mixtures, as an alternative to classical organic extraction techniques such as liquid–liquid extraction and solid-phase extraction.

The working principle of the FZ23LSNSNSNM042 is based on the use of a highly pressurized supercritical fluid such as carbon dioxide, which is typically maintained at temperatures between 35-60°C. The SFE fluid is delivered to the sample at extremely high pressure and then reverses its direction to form a convection-diffusion separation. This process extracts the desired compounds from the sample in a three-stage process, with the first stage leading to the solvation of sample compounds, the second stage leading to their diffusion in the high-pressure SFE fluid, and the third stage leading to their desolvation in the low-pressure environment, which is the product.

In summary, the FZ23LSNSNSNM042 is a versatile, efficient and compact SFE pump system used for the extraction of compounds from a variety of samples. It is employed in various industries for sample analysis, particularly in the food and beverage industry. The working principle of the FZ23LSNSNSNM042 is based on the use of a pressurized SFE fluid for the three-stage process of solvation, diffusion and desolvation of the target compounds.

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