English 
English  |
| Quantity: | |
|---|---|
Application and performance:
This equipment is applied to the concentration of liquid materials in traditional Chinese medicine, Western medicine, food and chemical industries and the recovery of organic solvents (e.g. methanol), with an optimal specific gravity of concentrated extract of about 1.2.
Structure:
This equipment is composed of heater, evaporation chamber, vapor-liquid separator, condenser, cooler, liquid trapping tank and valve fittings in the unit.
Equipment types:
1. According to the control mode: manual type and fully automatic type.
2. According to the heating method: steam type (heating temperature ≤135℃); water bath type (heating temperature ≤60℃, especially suitable for biological and heat-sensitive materials).
Principles and features:
1. This equipment adopts a manner of combined natural circulation with external heating and vacuum negative pressure evaporation, where heated material and evaporated material are continuously substituted, which is featured by even heating and fast evaporation velocity.
2. The entire process is completed in an airtight state; the heating and evaporation chambers can be provided with online cleaning as well as online temperature and vacuum degree display; the inside and outside of the equipment are made of high-quality stainless steel and subject to a mirror polishing treatment, which meet the requirements of the Good Manufacturing Practice (GMP).
3. Our Company installed an additional cooling device on the equipment, thus the solvent recovery rate can be increased to about 95% if it is properly operated, moreover, the recovered solvent has a low temperature and is not liable to secondary evaporation, which significantly reduces the production cost.
4. The all-glass manhole design makes it possible to clearly observe the concentration of internal material.
5. The vapor-liquid separator can adequately reduce the loss of effective components caused by vapor-liquid entrainment.
6. Continuous feed, discharge of condensed solvent and sampling can be performed in vacuum state.
7. According to the Client's situation, the condenser can be made of sheets to further improve the cooling effect of condensation.
Application and performance:
This equipment is applied to the concentration of liquid materials in traditional Chinese medicine, Western medicine, food and chemical industries and the recovery of organic solvents (e.g. methanol), with an optimal specific gravity of concentrated extract of about 1.2.
Structure:
This equipment is composed of heater, evaporation chamber, vapor-liquid separator, condenser, cooler, liquid trapping tank and valve fittings in the unit.
Equipment types:
1. According to the control mode: manual type and fully automatic type.
2. According to the heating method: steam type (heating temperature ≤135℃); water bath type (heating temperature ≤60℃, especially suitable for biological and heat-sensitive materials).
Principles and features:
1. This equipment adopts a manner of combined natural circulation with external heating and vacuum negative pressure evaporation, where heated material and evaporated material are continuously substituted, which is featured by even heating and fast evaporation velocity.
2. The entire process is completed in an airtight state; the heating and evaporation chambers can be provided with online cleaning as well as online temperature and vacuum degree display; the inside and outside of the equipment are made of high-quality stainless steel and subject to a mirror polishing treatment, which meet the requirements of the Good Manufacturing Practice (GMP).
3. Our Company installed an additional cooling device on the equipment, thus the solvent recovery rate can be increased to about 95% if it is properly operated, moreover, the recovered solvent has a low temperature and is not liable to secondary evaporation, which significantly reduces the production cost.
4. The all-glass manhole design makes it possible to clearly observe the concentration of internal material.
5. The vapor-liquid separator can adequately reduce the loss of effective components caused by vapor-liquid entrainment.
6. Continuous feed, discharge of condensed solvent and sampling can be performed in vacuum state.
7. According to the Client's situation, the condenser can be made of sheets to further improve the cooling effect of condensation.
