The Jacketed Glass Reactor Vessel is a highly engineered system that integrates multiple components to support complex reaction processes. Understanding these components helps users maximize performance and minimize operational risks.
The primary structure consists of a cylindrical borosilicate glass vessel with a double jacket. This construction enables thermal fluid circulation for cooling or heating. The reactor is typically mounted on a stainless-steel frame with casters for mobility.
Key components include:
Mechanical or magnetic stirring system for efficient mixing
PTFE sealing ring and stirrer shaft for chemical resistance
Condensers and reflux systems for distillation
Temperature sensors and controllers for real-time monitoring
Vacuum port and pressure release valve for safe operations
Bottom discharge valve for easy product removal
Some reactors include overhead stirrers to handle high-viscosity materials. Others feature explosion-proof motors for solvent-rich environments. Industrial-scale reactors may include additional ports for feeding, sampling, or gas injection.
The advantages of jacketed glass reactor vessels include full visibility, corrosion resistance, stable temperature control, and easy cleaning. These features support a wide range of applications including chemical synthesis, cannabis extraction, resin production, and pharmaceutical formulation.
As research demands grow, advanced jacketed reactor vessels now incorporate touchscreen control panels, data storage, and automation features. This development is reshaping laboratory workflows and improving production efficiency across industries.
The Jacketed Glass Reactor Vessel is a highly engineered system that integrates multiple components to support complex reaction processes. Understanding these components helps users maximize performance and minimize operational risks.
The primary structure consists of a cylindrical borosilicate glass vessel with a double jacket. This construction enables thermal fluid circulation for cooling or heating. The reactor is typically mounted on a stainless-steel frame with casters for mobility.
Key components include:
Mechanical or magnetic stirring system for efficient mixing
PTFE sealing ring and stirrer shaft for chemical resistance
Condensers and reflux systems for distillation
Temperature sensors and controllers for real-time monitoring
Vacuum port and pressure release valve for safe operations
Bottom discharge valve for easy product removal
Some reactors include overhead stirrers to handle high-viscosity materials. Others feature explosion-proof motors for solvent-rich environments. Industrial-scale reactors may include additional ports for feeding, sampling, or gas injection.
The advantages of jacketed glass reactor vessels include full visibility, corrosion resistance, stable temperature control, and easy cleaning. These features support a wide range of applications including chemical synthesis, cannabis extraction, resin production, and pharmaceutical formulation.
As research demands grow, advanced jacketed reactor vessels now incorporate touchscreen control panels, data storage, and automation features. This development is reshaping laboratory workflows and improving production efficiency across industries.
