In order to meet the intuitive needs for extraction in different fields, our company has launched a 200ml visual supercritical extraction device. This dynamic visual extraction device is designed with a high-strength observation window connected to the supercritical reaction chamber, enabling researchers to better observe and control the entire extraction process.

Visual Supercritical Extraction Device Parameter：

Working Pressure： 40Mpa

Working Temperature： RT~80℃

Extractor： 200ml / 40Mpa / 1 Set

Separator： 100ml / 25Mpa / 2 Sets

Size：1100mm x 800mm x 1400mm

Weight：450kg

Visual Supercritical Extraction Device Characteristics and Advantages：

The feature of this device is that it provides researchers with an intuitive observation window, so that the supercritical extraction vessel is no longer a mysterious black box. Through this window, researchers can observe and record the state changes of raw materials under supercritical conditions in real time, especially the transition of substances under different pressure states. From dissolution and diffusion to reactions, all processes are clearly visible. This allows researchers to gain a deeper understanding of the chemical and physical mechanisms involved, providing strong support for innovative developments in the field of extraction.

The max. working pressure of the device can reach 40Mpa and the max. working temperature is 80℃, which ensures the reliability and stability under different conditions. The 200 ml extractor is paired with two 100 ml separators, which work together to complete the complex extraction and separation process. With a size of 1100x800x1400mm and a total weight of 450kg, the compact design allows it to take up less space in the laboratory while ensuring ease of operation.

Visual Supercritical Extraction Device Application

This device has a wide range of applications. It plays an important role in biomedical extraction, food, cosmetics and other fields. At the same time, it can also be used in the fields of drying and foaming of plastic particles, textile printing and dyeing, and positive pressure polymerization of materials. It is widely used in university research, laboratory and so on.