characteristic

After extracting the active ingredients from natural herbs with water and alcohol, excess water and alcohol are removed and recovered to leave the desired solid.

Principle Introduction

Put Chinese herbs into a medicine basket made of punched mesh, use a crane to put them into a tank, then steam or steam them with other heat sources, and filter them into a storage tank.

A low-temperature concentrator designed based on vacuum principle evaporates and condenses unwanted water and alcohol into alcohol water, and finally uses a distillation tower to recover and reuse alcohol.

Applicable industries

Scientific herbal medicine, biotechnology, and water and alcohol extraction for healthy food.

Characteristics

1. The medication is placed in a medication basket made of punched mesh, which is easy to operate by lifting and lowering the crane.

2. Simple structure and small space occupation

3. Automatic control of extraction temperature and time, without the need for personnel to operate for a long time.

4. Equipped with a condenser design that can operate in completely enclosed conditions without alcohol or fragrance leakage.

The essential oils in the raw materials can be recycled to ensure quality.

5. The concentrator adopts a rising film evaporator design, which is suitable for large capacity manufacturing.

The heat exchanger of the concentrator is entirely made of sanitary pipes.

7. High condensation efficiency, can use circulating cooling water, if not using an ice water machine to extract water

8. Vacuum pumping has low horsepower and can achieve high vacuum, saving energy.

9. Equipped with CIP automatic cleaning device

10. The low-temperature concentrator can operate at 45-55 ° C without damaging the product due to prolonged high temperatures.

11. The operating vacuum degree can reach -600~-720mm Hq

12. High concentration, with a moisture content of up to 40-50%

13. Another multi effect concentrator model can save energy

14. The distillation tower recovers alcohol for reuse, reduces costs, and can be used for environmental protection.