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gongyiyuhua@126.com
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18623711598
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Yingyu Industrial Zone, Gongyi City
Gongyi Yuhua Instrument Co., Ltd. (Headquarters)
Working principle and application of rotary lift reactor
Date: 2025-09-01Read: 10
The rotary lift reactor is a multifunctional chemical reaction equipment, whose core working principle is based on the synergistic effect of constant temperature control, stirring and mixing, and lifting and rotating functions. It is widely used in fields such as chemical engineering, medicine, and food. Here is a detailed analysis:
1、 Working principle
1. Constant temperature heating/cooling system:
The reaction vessel adopts a double-layer glass design, with a constant temperature medium (such as hot oil or coolant) injected into the interlayer. The heating or cooling of the materials inside the vessel is achieved through precise temperature control, ensuring stable reaction conditions.
2. Mixing mechanism:
The internal motor-driven stirring blade (such as screw belt or push type) continuously stirs materials, improves mixing uniformity, and accelerates reaction rate.
3. Lifting and rotating function:
Lifting: Adjust the height of the reaction vessel through electric or mechanical devices for easy operation and cleaning.
Rotation: The horizontal rotation function further promotes material flow and optimizes reaction efficiency.
2、 Application Fields
1. Chemical and Pharmaceutical: Used for synthesizing resins, catalysts, and pharmaceutical intermediates, supporting processes such as vulcanization and nitration.
2. Food and New Materials: Suitable for the synthesis of biochemical materials, such as polymer polymerization reactions.
3. Laboratory research: miniaturization design (such as 0.25L-5L) for precision experiments, equipped with PID control system to achieve parameter automation monitoring.
3、 Advantages and Characteristics
1. Safety: Equipped with safety devices such as rupture discs and pressure gauges to ensure safe operation in a sealed environment.
2. Flexibility: Modular design supports functions such as liquid/solid feeding, condensation reflux, etc., adapting to diverse reaction needs.
