Laboratory Glass Reactor | 1L–200L Jacketed Glass Reactor

Laboratory Glass Reactor – 1L to 200L

Jacketed and single-layer glass reactors for controlled laboratory synthesis, mixing, crystallization, extraction and process development.

Available in 1L, 2L, 3L, 5L, 10L, 20L, 30L, 50L, 100L, 150L and 200L configurations, with options for jacketed heating/cooling, lifting systems and explosion-proof operation.

Need a specific configuration?
Tell us your working volume, reaction temperature, stirring requirements and application. We can recommend a suitable reactor configuration and provide a quotation.

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Achieve Chem supplies laboratory glass reactors from small-scale R&D systems to larger pilot-scale reaction vessels.

The final configuration can be selected according to reaction volume, temperature control requirements, stirring conditions, solvent properties and installation environment.

For projects with special dimensions, ports, agitators or control requirements, custom reactor configurations can be discussed with our engineering team.

Available Glass Reactor Sizes

1L | 2L | 3L | 5L | 10L | 20L | 30L | 50L | 100L | 150L | 200L

Following the above precautions can ensure the safe and efficient use of laboratory instruments.

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Clear Visual Monitoring

The transparent glass vessel allows operators to observe color changes, phase separation, precipitation, foaming and other visible changes during the reaction.

Controlled Heating and Cooling

Jacketed configurations allow a heating or cooling medium to circulate around the reaction vessel, helping maintain a more stable process temperature.

Chemical-Resistant Wetted Surface

High-borosilicate glass and PTFE wetted components are suitable for a wide range of laboratory chemical processes where corrosion resistance and material compatibility are important.

Flexible Stirring Options

The reactor can be configured with different agitator types and stirring systems according to viscosity, solid content and mixing requirements.

Multiple Process Connections

Ports can be configured for temperature measurement, material addition, vacuum connection, reflux, sampling and other process requirements.

Small-Scale to Pilot-Scale Capacity

The product range covers 1L to 200L, allowing users to select a suitable vessel size for laboratory development, scale-up studies and pilot testing.

Optional Explosion-Proof Configuration

For applications involving flammable solvents or potentially hazardous environments, selected reactor models can be supplied with explosion-proof drive configurations.

Project-Based Customization

Reactor dimensions, ports, agitators, condenser systems, valves, lifting structures and control components can be discussed according to the customer's process requirements.

Achieve Chem laboratory glass reactors are designed for controlled reaction and mixing processes where visual observation, chemical compatibility and temperature management are important.

Organic Synthesis

Used for laboratory-scale organic reactions involving controlled addition, stirring, heating, cooling and reflux.

Pharmaceutical R&D

Suitable for pharmaceutical intermediates, process development and laboratory synthesis where reaction conditions need to be controlled and monitored.

Materials Research

Used in the development of polymers, nanoparticles, composites, coatings and other advanced materials.

Crystallization

The jacketed vessel can provide controlled temperature conditions for crystallization and precipitation studies.

Extraction and Separation

Suitable for laboratory extraction, solvent mixing and related liquid-phase process development.

Formulation and Mixing

Useful for preparing solutions, suspensions, emulsions and other laboratory formulations requiring controlled agitation.

Process Development

The 10L–200L range can support scale-up studies between laboratory experiments and larger production equipment.

Chemical Engineering Research

Suitable for reaction engineering studies involving temperature, stirring, residence time and other controllable process parameters.

The appropriate reactor configuration depends on more than vessel volume. Consider the following parameters before placing an order:

1. Working volume
Select the reactor based on the actual reaction volume rather than the total vessel capacity. Additional headspace may be required for stirring, gas release or foaming reactions.

2. Temperature control
Choose a jacketed reactor when the process requires controlled heating or cooling.

3. Stirring requirements
Agitator type and motor configuration should be selected according to liquid viscosity, solid content and required mixing intensity.

4. Vacuum or reflux operation
If your process involves vacuum, solvent reflux or evaporation, the reactor should be configured with suitable seals, ports and condenser connections.

5. Solvent and chemical compatibility
The wetted materials should be compatible with the chemicals used in the process. Glass and PTFE are commonly selected for laboratory chemical applications.

6. Installation environment
For processes involving flammable solvents, an explosion-proof configuration may be required depending on the laboratory environment and applicable safety requirements.

Not sure which configuration is suitable?

Send us your process conditions and target volume. Our team can help you select the reactor configuration before quotation.

Standard reactor configurations are available for common laboratory applications. For projects with specific process requirements, Achieve Chem can discuss customized configurations.

Available options may include:

Reactor volume and vessel dimensions

Single-layer or jacketed vessel

Stirring system and agitator type

Heating and cooling connections

Condenser configuration

Addition and feeding ports

Temperature measurement ports

Vacuum connections

Bottom discharge valve

Lifting reactor structure

Explosion-proof drive system

Control and monitoring components

Stainless steel support frame

Custom distillation columns
Custom fully automated reaction-filtration systems.

For a customized quotation, please provide your required volume, working temperature, stirring speed, vacuum requirements and application.

Contact our Engineer team Now

100L Glass reactor with 1m column	Customized 100L glass reactor with automatic feed system	Glass reactor +filter reactor +collect bottle

To recommend the right laboratory glass reactor, send us the following information:

Required reactor volume

Working / operating volume

Reaction temperature

Heating or cooling requirement

Stirring speed or agitator requirement

Vacuum or pressure requirement

Main chemicals or solvent used

Required accessories

Destination country

If you do not have all the specifications yet, simply tell us the application and approximate reactor volume.

Our engineering team can help you define the configuration before quotation.

Request a Quote →

What sizes of laboratory glass reactors are available?

Achieve Chem supplies laboratory glass reactors from 1L to 200L, including 1L, 2L, 3L, 5L, 10L, 20L, 30L, 50L, 100L, 150L and 200L configurations.

What is the difference between a single-layer and jacketed glass reactor?

A single-layer reactor is mainly used for basic reaction and mixing applications. A jacketed glass reactor has an additional outer jacket through which a heating or cooling medium can circulate, allowing better temperature control.

What is a jacketed glass reactor used for?

Jacketed glass reactors are commonly used for chemical synthesis, crystallization, extraction, mixing and process development where controlled heating or cooling is required.

Can the glass reactor be customized?

Yes. Reactor volume, ports, agitator, condenser, discharge valve, lifting structure, control system and other components can be configured according to the process requirements.

Are explosion-proof glass reactors available?

Explosion-proof configurations are available for selected reactor sizes and applications. The appropriate configuration should be selected according to the chemicals, operating environment and applicable safety requirements.

Can the reactor operate under vacuum?

Vacuum operation can be supported depending on the reactor design and configuration. Please provide the required vacuum level when requesting a quotation.

What material is used for the glass vessel?

The reactor vessel is primarily made from high-borosilicate glass, selected for its chemical resistance and thermal stability.

Can you supply the complete reaction system?

Yes. Depending on the project, the reactor can be configured with stirring, temperature control, condenser, feeding system, vacuum connection and other auxiliary components.

How do I choose the right reactor size?

The required size depends on the working volume, headspace, reaction characteristics, stirring requirements and process conditions. If you provide your target working volume and application, our team can recommend a suitable configuration.

How can I get a quotation?

Send us the required volume, application and any known operating conditions. If the specifications are incomplete, our team can help define the configuration before quotation.

Achieve Chem provides laboratory and pilot-scale chemical equipment for research, process development and scale-up applications.

Our glass reactor range covers 1L to 200L configurations, with options for jacketed heating and cooling, variable-speed stirring, lifting structures and explosion-proof drive systems.

We support both standard equipment and project-specific configurations. Before quotation, our team can review your process requirements and recommend a suitable reactor setup.

Need a customized glass reactor? Contact Achieve Chem with your required volume and process conditions.

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