AYAN-F100 Glass Molecular Distillation Apparatus, Experimental Condition for Easy ObservationThe core design highlight lies in the fact that the main components are meticulously crafted from high borosilicate glass. This material boasts excellent thermal stability and chemical inertness, and it also allows the entire distillation process to be fully transparent. From the feeding of materials, to the formation of films and boiling on the evaporating surface, to the separation of light and heavy fractions and the condensation collection, every critical step is clearly visible. Operators can directly monitor the flow of materials within the equipment, the uniformity of the film formation, and whether there are any sudden boilovers or foam formation. This "visual" operating interface provides an indispensable直观 basis for precise control of the experimental process.

In actual separation and purification experiments, the ability to observe in real-time greatly enhances the safety and controllability of the process. For instance, when dealing with heat-sensitive, high-boiling-point, or unknown materials, operators can directly assess the intensity of distillation through a glass viewport, promptly adjust the heating temperature, vacuum level, or feed rate to prevent decomposition, coking, or other side reactions due to localized overheating. For experiments requiring precise fraction cutting, the observation window allows operators to accurately determine the timing of fraction switching based on changes in the condensate's color and flow rate, thereby improving separation precision and product yield.

This user-friendly design not only optimizes the process of individual experiments but also greatly facilitates teaching demonstrations and scientific exploration. In a laboratory teaching setting, students can intuitively understand the core principles of molecular distillation, such as "short-path evaporation" and "high vacuum," combining abstract theories with vivid experimental phenomena. For researchers, clear observation aids in recording and analyzing experimental phenomena, becoming a crucial research tool for optimizing process parameters and studying phase transitions and mass transfer behaviors under extreme conditions. The AYAN-F100 is not just an efficient separation tool; it also serves as a powerful visual experimental platform.

AYAN-F100 Glass Molecular Distillation Apparatus, Experimental Condition for Easy ObservationProduct Features:

Operated at temperatures well below the boiling point of the material, with a short material residence time; beneficial for separating high-boiling, heat-sensitive, and easily oxidizable materials.

2. Effectively removes substances from liquids such as organic solvents and odors, which is a highly effective method for desolvating liquids after solvent extraction.

3. Optional distillation to evaporate products, remove other impurities; multi-stage separation can simultaneously separate two or more substances

4. High vacuum distillation, with a vacuum level reaching below 0.1 Pa, ensures a high degree of vacuum inside. Molecular distillation is typically conducted under low pressure, thus minimizing oxidation and damage to materials.

5. The distillate film is thin with high heat transfer efficiency, with a film thickness less than 0.5mm.

6. Higher degree of separation; molecular distillation can separate substances that are conventionally difficult to separate.

7. No boiling or bubbling occurs; molecular distillation is a free evaporation at the liquid surface, conducted under low pressure. There is no dissolved air in the liquid, so the entire liquid cannot be made to boil during the distillation process, and no bubbling happens.

8. Offer a variety of specifications for customer selection, suitable for small-scale and pilot experiments. Larger evaporation area specifications can be customized according to customer requirements.

9. Physical separation method, non-toxic, harmless, pollution-free, and residue-free, yielding pure and safe products

10. The scraper system is made of PTFE material and SS316L stainless steel, offering corrosion resistance.

11. The feed tank option includes preheating functionality, with adjustable preheat temperature.

12. Sealed with fluorine rubber gaskets at all interfaces, ensuring excellent airtightness. If resistance to corrosion is required, the gaskets can be replaced with Teflon material upon customer request.

AYAN-F100 Glass Molecular Distillation Apparatus, Experimental Condition for Easy ObservationProduct Specifications: