Introduction: The short-path molecular distillation apparatus is a special liquid-liquid separation technology. Under high vacuum, the mean free path of vapor molecules is greater than the distance between the evaporation surface and the condensation surface, so that the components in the liquid can be used to evaporate The difference in speed, the separation of liquid mixtures. Application areas: fine chemicals, such as the purification of aromatic oils, the purification of polymer intermediates, the extraction of lanolin, etc. Medicine field: such as extraction of natural vitamin AE, etc. Preparation of amino acid and glucose derivatives, etc. Food industry: such as refined fish oil, deacidification of fats, refined high-carbon alcohols, separation of mixed oils, etc. Other fields: petroleum industry, Japan Use chemistry, environmental protection, etc. Features: 1. Operate at a temperature far below the boiling point of the material, and the residence time of the material is short; it is conducive to the separation of high boiling point, heat-sensitive and easy-to-oxidize materials 2. Effectively remove substances in the liquid such as organic solvents, odors, etc., which is a very effective method for the desolvation of the liquid after solvent extraction 3. The product can be selectively evaporated to remove other impurities, and more than 2 substances can be separated at the same time through multi-stage separation 4. The distillation vacuum degree is high, the vacuum degree can reach 0.1pa or less, and a high vacuum degree can be obtained inside, usually molecular distillation is under a very low pressure Operation, so the material is not easy to be oxidized and damaged 5. The distilled liquid film is thin, the heat transfer efficiency is high, and the film thickness is less than 0.5mm 6. The degree of separation is higher, molecular distillation can separate substances that are not easy to separate conventionally 7. There is no boiling bubbling phenomenon, molecular distillation is free evaporation on the surface of the liquid layer, which is carried out under low pressure, and there is no dissolved air in the liquid, so During the distillation process, the entire liquid cannot be boiled, and there is no bubbling. 8. Provide customers with a variety of specifications to choose from, suitable for small-scale and pilot-scale experiments. If a larger evaporation area is required, it can be customized according to customer requirements. 9. The physical separation method is non-toxic, harmless, non-polluting, non-residual, and can obtain pure and safe products 9. The scraper system is made of PTFE material and SS316L stainless steel material, which has a high anti-corrosion effect; 10. The feed tank can optionally realize the pre-heating function, and the pre-heating temperature can be adjusted. 11. Each interface is sealed with fluorine rubber gasket, which has good air tightness. If the customer needs corrosion resistance, it can be replaced with PTFE material Technical Parameters: Product model: YM-F60 Inner diameter (mm): 60 Evaporation area (㎡): 0.06 Condensing area (㎡): 0.1 Feeding volume (L): 1 Processing flow L/H: 0.1∽2.0 Motor power (W): 120 Speed (r/min): 450 Light component collection bottle (L): 1 Reconstitute the collection bottle (L): 1 Lengjing: Yes External condensing device: optional Cooling device: -20-100 degrees Vacuum (pa): 10 or less Temperature (°C): Room temperature -250
Introduction: The short-path molecular distillation apparatus is a special liquid-liquid separation technology. Under high vacuum, the mean free path of vapor molecules is greater than the distance between the evaporation surface and the condensation surface, so that the components in the liquid can be used to evaporate The difference in speed, the separation of liquid mixtures. Application areas: fine chemicals, such as the purification of aromatic oils, the purification of polymer intermediates, the extraction of lanolin, etc. Medicine field: such as extraction of natural vitamin AE, etc. Preparation of amino acid and glucose derivatives, etc. Food industry: such as refined fish oil, deacidification of fats, refined high-carbon alcohols, separation of mixed oils, etc. Other fields: petroleum industry, Japan Use chemistry, environmental protection, etc.
