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Short Range Molecular Distillation Distillation Column
Brand | LianZhong |
Capacity | 50-5000L(Customizable) |
Components | Still pot, column, dephlegmator, condenser, parrot |
Material | SUS304 / TP2 copper |
Heating method | Electric heating/ Steam heating |
Voltage | 220V/240V/380V/405V |
Usage | Alcohol making |
Guarantee | 12 months after delivery |
Certificate | CE ISO |
Advantages
The advantages of a short-range molecular distillation tower
compared to traditional distillation equipment are significant,
especially when dealing with sensitive compounds and aiming for
high-purity products:
Low-Temperature Operation: Short-range molecular distillation typically operates at
relatively low temperatures, which helps reduce the decomposition
and degradation of heat-sensitive substances. This is crucial for
applications that require maintaining product quality and activity.
High Vacuum Conditions: This technology requires operation under high vacuum, which lowers
the evaporation temperature, reduces thermal stress on the product,
and minimizes the risk of oxidation. It also contributes to
improved distillation selectivity.
Short-Path Separation: Short-range molecular distillation towers are designed with a
short separation path, allowing evaporated molecules to reach the
condenser after traveling a very short distance. This reduces
molecular collisions and heat conduction, helping to maintain
molecular integrity and activity.
High-Purity Products: Due to the advantages of low temperature, high vacuum, and
short-path separation, short-range molecular distillation typically
produces high-purity products. This is crucial for industries such
as pharmaceuticals, essential oils, and high-end alcohol
production.
Reduced Residues: Thanks to the highly precise separation process, short-range
molecular distillation can effectively reduce the presence of
residues and impurities, providing cleaner and purer products.
In summary, short-range molecular distillation towers offer
significant advantages when dealing with sensitive compounds and
striving for high-purity products, resulting in higher-quality end
products.