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5L-30L PLC Glass Reactor

The world of industrial chemistry and chemical research is ever-evolving, and with this evolution comes the need for advanced equipment that facilitates efficient and controlled reactions. One such essential equipment is the PLC Glass Reactor, an innovative solution that brings together precision, reliability, and automation in a single apparatus, greatly enhancing the process of chemical synthesis and production.


    A PLC Glass Reactor, also known as a Programmable Logic Controller Glass Reactor, is a sophisticated piece of lab equipment used for mixing, heating, cooling, and controlling chemical reactions in a precise and automated manner. It consists of a glass vessel, heating and cooling systems, stirring mechanisms, and a control panel with intelligent software.

    The Importance of a PLC Glass Reactor in Industrial Processes

    Efficient Temperature Control
    One of the fundamental requirements in chemical reactions is maintaining precise and stable temperature conditions. A PLC Glass Reactor excels in temperature control, thanks to its advanced heating and cooling systems. These systems ensure optimal reaction conditions, enabling desired reaction rates and minimizing unwanted byproducts.

    Accurate Pressure Regulation
    Certain chemical reactions depend on specific pressure ranges for successful outcomes. A PLC Glass Reactor allows for accurate pressure regulation, offering better control over the reaction process. This capability reduces the risk of safety hazards and helps achieve desired reaction kinetics effectively.

    Enhanced Process Control and Automation
    The integration of a programmable logic controller in a PLC Glass Reactor empowers precise process control and automation. Operators can program various parameters such as temperature profiles, stirring speed, and pressure changes, allowing for continuous and unattended operation. The automation feature also enables data logging and analysis, ensuring consistency and reproducibility of experimental results.


    Product Model FPGR-5 FPGR-10 FPGR-30
    Volume(L) 5 10 30
    Neck No.on Cover 5 6 6
    External Diameter of Inner Vessel(mm) 180 230 330
    External Diameter of Outer Vessel(mm) 230 290 365
    Cover Diameter(mm) 180 265 265
    Vessel Height(mm) 400 450 730
    Motor Power(W) 120 120 180
    Vacuum Degree(Mpa) 0.098 0.098 0.098
    Rotation Speed(rpm) 50-600 50-600 50-600
    Torque(Nm) 1.9 1.9 2.86
    Power(V) 220 220 220
    Dimension(mm) 450*450*1200 650*650*1900 700*500*2100

    Components and Features of a PLC Glass Reactor

    Glass Vessel
    The glass vessel, typically made of borosilicate glass, is the heart of a PLC Glass Reactor. It provides excellent visibility for observing the reaction process while offering high chemical resistance. The transparent nature of the glass vessel allows researchers to monitor color changes, detect precipitates, or observe gas evolution during reactions.

    Heating and Cooling Systems
    A PLC Glass Reactor is equipped with efficient heating and cooling systems. These systems consist of high-quality heaters and chillers that deliver precise and rapid temperature changes, allowing users to achieve and maintain the desired reaction conditions. The accuracy and responsiveness of these systems contribute to improved reaction outcomes.

    Stirring Mechanisms
    To ensure proper mixing and homogeneity, a PLC Glass Reactor incorporates advanced stirring mechanisms. These mechanisms may include multi-blade impellers or magnetic stirrers, driven by powerful motors. The choice of stirring mechanism depends on the specific reaction requirements, such as the viscosity of the reaction mixture and the desired level of agitation.

    Control Panel and Software
    The control panel, often equipped with a touch screen, houses the intelligent software that enables precise control and automation. Users can set and adjust parameters such as temperature, pressure, stirring speed, and reaction time directly from the control panel. The software also allows for data logging, trending, and remote access, contributing to efficient experimental management.

    Key Advantages of a PLC Glass Reactor

    Versatility and Flexibility
    PLC Glass Reactors are highly versatile and can accommodate a wide range of chemical reactions. They can handle various reaction types such as reflux, distillation, polymerization, and crystallization. Additionally, the availability of different vessel sizes, ranging from 5L to 30L, ensures flexibility to meet specific experimental needs.

    Safety and Reliability
    Safety is of utmost importance in any laboratory setting, and PLC Glass Reactors are designed with safety features such as pressure relief valves, temperature sensors, and alarms. These safety measures, combined with the use of high-quality materials, ensure reliable and secure operation, minimizing the risk of accidents and failures during experiments.

    Ease of Use and Maintenance
    PLC Glass Reactors are designed with user-friendliness in mind. The intuitive control panel and software interface make it easy to set up, monitor, and operate the reactor. Additionally, routine maintenance tasks such as cleaning and parts replacement can be performed with relative ease, minimizing downtime and ensuring the longevity of the equipment.

    Applications of a PLC Glass Reactor
    PLC Glass Reactors find extensive applications in various industries and research fields due to their versatility and precision. Some notable applications include:

    Chemical Synthesis and Production
    In chemical laboratories and manufacturing facilities, PLC Glass Reactors are widely used for chemical synthesis and production processes. These reactors enable researchers and chemists to carry out reactions with precise control over temperature, pressure, and stirring speed. They are invaluable tools in the development of pharmaceuticals, specialty chemicals, and fine chemicals.

    Pharmaceutical Research and Development
    The pharmaceutical industry heavily relies on PLC Glass Reactors for research and development activities. These reactors facilitate the synthesis of new drug compounds, screening of reaction conditions, and optimization of drug formulations. The precise control offered by PLC Glass Reactors ensures reproducibility and scalability, enabling the efficient translation of laboratory-scale experiments to large-scale production.

    Petrochemical and Oil Refining
    In the petrochemical and oil refining sectors, PLC Glass Reactors play a crucial role in the synthesis and processing of various hydrocarbon compounds. They are employed for reactions such as catalytic cracking, hydrogenation, and isomerization. The ability to precisely control temperature, pressure, and agitation makes PLC Glass Reactors instrumental in achieving desired reaction selectivity and product quality.

    Food and Beverage Processing
    PLC Glass Reactors also find applications in the food and beverage industry. They are used for processes such as fermentation, enzymatic reactions, and flavor development. By maintaining optimum reaction conditions, PLC Glass Reactors aid in the production of high-quality food and beverage products while ensuring consistency and control over key parameters.

    Proper Handling and Maintenance of a PLC Glass Reactor 
    To ensure optimal performance and longevity of your PLC Glass Reactor, proper handling and maintenance practices are vital:

    Cleaning and Sterilization
    Regularly clean the glass vessel and all components that come into contact with reactants. Use appropriate cleaning agents and sterilization methods to prevent cross-contamination and ensure reliable and reproducible results.

    Inspection and Preventive Maintenance

    Perform regular inspections of the reactor, paying attention to seals, gaskets, and other wear-prone components. Replace any damaged or worn parts promptly. Follow the manufacturer's guidelines for routine maintenance tasks and schedule periodic servicing to address potential issues before they escalate.

    The 5L-30L PLC Glass Reactor offers a valuable solution for precise and automated control of chemical reactions. Its versatility, safety features, ease of use, and wide range of applications make it an indispensable tool in various industries. By selecting the right PLC Glass Reactor and implementing proper maintenance practices, researchers and chemists can enhance their experimental capabilities and drive progress in the field of chemical synthesis and production.


    1. What is the capacity range of a PLC glass reactor?
    PLC Glass Reactors are available in various sizes, typically ranging from 5L to 30L. The choice of reactor capacity depends on the volume of reactions you intend to perform and the scalability requirements of your experiments or production processes.

    2. Can a PLC glass reactor handle corrosive materials?
    Yes, PLC Glass Reactors can handle corrosive materials. The glass vessel used in these reactors is made of borosilicate glass, which is highly resistant to most corrosive substances. However, it is essential to verify the compatibility of specific chemicals with the glass material and consult the manufacturer's guidelines for material compatibility information.

    3. Is it possible to customize a PLC glass reactor?
    Many manufacturers offer customization options for PLC Glass Reactors to meet specific requirements. Customizations may include modifications in vessel size, additional ports, specialized sensors, or integration with other equipment. Contact the manufacturers directly to discuss the possibilities for customization.

    4. How long does a PLC glass reactor typically last?
    The lifespan of a PLC Glass Reactor can vary depending on factors such as usage frequency, maintenance practices, and operating conditions. With proper care and regular maintenance, a well-maintained PLC Glass Reactor can last for many years, providing reliable performance and supporting numerous experiments and production processes.

    5. Are there any safety precautions when using a PLC glass reactor?
    While PLC Glass Reactors are designed with safety features, it is crucial to follow recommended safety guidelines. Always wear appropriate personal protective equipment (PPE), adhere to correct operating procedures, and be aware of the chemicals and reactions you are working with. Proper ventilation and monitoring of temperature and pressure conditions are also essential for safe and successful operation.