The distillation temperature is low; the 3000L multi-functional distiller operates well below the boiling point. As long as the temperature difference is sufficient to achieve the desired separation, this constitutes the fundamental difference between molecular distillation and conventional distillation. The distillation vacuum is high; the internal vacuum within the 3000L multi-functional distiller is high, resulting in low distillation forces, which minimises the risk of material oxidation and damage; The distillation film is thin, resulting in high heat transfer efficiency; the heating time for the material is short, as the distance between the surface of the heated liquid and the condensation surface is less than the mean free path of light molecules. Consequently, light molecules escaping from the liquid surface encounter virtually no collisions with the condensation surface.

Consequently, the heating time for the material is short; in general, molecular distillation involves a residence time of a few seconds to several tens of seconds at the distillation temperature, thereby reducing the likelihood of thermal decomposition; The separation efficiency is high; the 3000L multi-functional distiller can separate conventional substances; there is no boiling bubble phenomenon. In the 3000L multi-functional distiller, evaporation occurs freely from the liquid surface; under low pressure, the liquid contains no dissolved air, preventing the entire liquid from boiling and thus eliminating the formation of bubbles; the process is non-toxic, harmless, pollution-free and leaves no residues, yielding pure and safe products; the operating process is simple and requires minimal equipment. The 3000L multi-functional distiller is capable of separating substances that are difficult to separate using conventional distillation; however, the equipment is expensive, as it requires the system pressure to reach a high vacuum level, demands high-quality sealing materials, and necessitates an appropriate distance between the evaporation and condensation surfaces, making manufacturing difficult and costly; The product has low energy consumption; the 3000L multi-functional distiller minimises superheat losses. With its unique structure, low internal pressure and internal resistance far lower than that of traditional distillation, it can significantly reduce energy consumption.

From the aforementioned technical characteristics of the 3000L multi-functional distiller, it is evident that it offers the following significant advantages over traditional distillation technology in practical industrial applications: the 3000L multi-functional distiller provides an excellent separation method for high-boiling-point, heat-sensitive and easily oxidised materials. As the 3000L multi-functional distiller operates at temperatures well below the boiling point of the materials, the residence time of the materials is short; the 3000L multi-functional distiller can remove organic solvents, odours and other substances from liquids, which is often a useful method for solvent extraction; The 3000L multi-functional distiller can isolate the target product whilst removing other impurities; through multi-stage separation, it is capable of separating two or more substances; the distillation process of the 3000L multi-functional distiller is a physical process, ensuring that the separated substances remain free from contamination and damage.