A chemical glass reactor is a transparent vessel made from borosilicate glass, allowing operators to observe reactions in real time. It’s used for mixing, heating, cooling, distilling, and crystallizing chemical compounds under controlled conditions.
The reactor can handle vacuum or pressure, and is compatible with most solvents, acids, and bases — making it ideal for pharmaceutical R&D, fine chemicals, and laboratory synthesis.
Choose the reactor size according to your process volume and application type:
Lab-scale reactors: 1L – 20L for research and small-batch testing
Pilot-scale reactors: 30L – 100L for intermediate process development
Industrial-scale reactors: 100L – 500L+ for production use
If you plan to scale up later, choose a model compatible with modular expansion or upgrade options.
There are several common designs, each suited for specific needs:
Single-Layer Glass Reactor: Used mainly for simple mixing or reactions at room temperature.
Jacketed Glass Reactor (Double-Layer): Includes a jacket for circulating heating/cooling fluids — ideal for temperature-sensitive reactions.
Triple-Layer Glass Reactor: Offers additional insulation and efficiency for high-precision temperature control.
Tip: For processes that require heating and cooling cycles, a jacketed reactor is the best choice.
Check the working temperature range (typically -80°C to +250°C) and whether your reaction requires vacuum operation or positive pressure.
Ensure the glass material and sealing components can handle your process conditions safely.
Use borosilicate 3.3 glass for excellent resistance to acids, bases, and solvents.
Verify that the gaskets, valves, and joints are made of PTFE or stainless steel for durability.
Different reaction types require different agitator designs (propeller, anchor, paddle, or turbine).
Look for a variable-speed motor and stable stirring mechanism to ensure homogeneous mixing and prevent sedimentation or localized overheating.
Consider useful add-ons such as:
Condensers for reflux or distillation
Vacuum pumps for solvent removal
Temperature and pressure sensors
Control systems with digital displays or automation options
Chemical glass reactors are widely used in:
Pharmaceutical synthesis and formulation
Organic and inorganic chemical research
Crystallization and extraction processes
Polymer and resin production
Material science and nanotechnology experiments
Choosing the right Chemical Glass Reactor depends on your process requirements, scale, and temperature control needs.
A jacketed glass reactor is ideal for precise thermal reactions, while a single-layer reactor suits basic lab processes.
When in doubt, consult an experienced manufacturer like Wuxi Fenigal Science and Technology Co., Ltd., which provides customized, OEM-ready glass reactors designed for durability, safety, and performance.
A chemical glass reactor is a transparent vessel made from borosilicate glass, allowing operators to observe reactions in real time. It’s used for mixing, heating, cooling, distilling, and crystallizing chemical compounds under controlled conditions.
The reactor can handle vacuum or pressure, and is compatible with most solvents, acids, and bases — making it ideal for pharmaceutical R&D, fine chemicals, and laboratory synthesis.
Choose the reactor size according to your process volume and application type:
Lab-scale reactors: 1L – 20L for research and small-batch testing
Pilot-scale reactors: 30L – 100L for intermediate process development
Industrial-scale reactors: 100L – 500L+ for production use
If you plan to scale up later, choose a model compatible with modular expansion or upgrade options.
There are several common designs, each suited for specific needs:
Single-Layer Glass Reactor: Used mainly for simple mixing or reactions at room temperature.
Jacketed Glass Reactor (Double-Layer): Includes a jacket for circulating heating/cooling fluids — ideal for temperature-sensitive reactions.
Triple-Layer Glass Reactor: Offers additional insulation and efficiency for high-precision temperature control.
Tip: For processes that require heating and cooling cycles, a jacketed reactor is the best choice.
Check the working temperature range (typically -80°C to +250°C) and whether your reaction requires vacuum operation or positive pressure.
Ensure the glass material and sealing components can handle your process conditions safely.
Use borosilicate 3.3 glass for excellent resistance to acids, bases, and solvents.
Verify that the gaskets, valves, and joints are made of PTFE or stainless steel for durability.
Different reaction types require different agitator designs (propeller, anchor, paddle, or turbine).
Look for a variable-speed motor and stable stirring mechanism to ensure homogeneous mixing and prevent sedimentation or localized overheating.
Consider useful add-ons such as:
Condensers for reflux or distillation
Vacuum pumps for solvent removal
Temperature and pressure sensors
Control systems with digital displays or automation options
Chemical glass reactors are widely used in:
Pharmaceutical synthesis and formulation
Organic and inorganic chemical research
Crystallization and extraction processes
Polymer and resin production
Material science and nanotechnology experiments
Choosing the right Chemical Glass Reactor depends on your process requirements, scale, and temperature control needs.
A jacketed glass reactor is ideal for precise thermal reactions, while a single-layer reactor suits basic lab processes.
When in doubt, consult an experienced manufacturer like Wuxi Fenigal Science and Technology Co., Ltd., which provides customized, OEM-ready glass reactors designed for durability, safety, and performance.
