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Structural composition of single-layer glass reaction kettle
Date: 2025-04-03Read: 10
The structural composition of a single-layer glass reactor can be divided into the following core modules:
1、 Main structure
1. Kettle body: Made of high borosilicate glass, it has the characteristics of high temperature resistance, corrosion resistance, transparency and visibility, and is suitable for chemical reactions under normal pressure or vacuum conditions.
2. Cauldron cover: It is usually designed with five ports, integrating interfaces such as feeding port, temperature measuring port, reflux port, etc., and is sealed and connected to the kettle body through flanges or screws.
3. Supporting frame: stainless steel column mobile bracket, used to fix the kettle body and ensure operational stability.
2、 Mixing system
1. Mixing motor: Provides power and supports variable frequency speed regulation or electromagnetic speed regulation to control the mixing speed.
2. Mixing shaft and blade: including anchor type, blade type, spiral type, etc., to ensure uniform mixing of materials.
3. Sealing device: using mechanical seal or packing seal to prevent leakage of reaction medium.
3、 Temperature control system
1. Jacket or external heating/cooling device: precise temperature control is achieved by introducing heat transfer oil, cooling liquid through the jacket layer, or by connecting an external electric heating jacket, water bath, etc.
2. Temperature gauge interface: used for installing temperature sensors and real-time monitoring of reaction temperature.
4、 Auxiliary components
1. Inlet/outlet: located at both ends of the kettle body, equipped with valves to control the flow of materials.
2. Condenser: Used for solvent reflux to reduce volatilization losses.
3. Vacuum interface: Connect a vacuum pump for negative pressure operation.
4. Safety device: Some models are equipped with explosion-proof structures or pressure protection devices.
Each module works together to meet the needs of visual monitoring, temperature regulation, and mixing efficiency of chemical reactions in laboratories or industrial production.
