Jacketed Glass Reactor Vessel
(1)1L/2L/3L/5L---Standard
(2)10L/20L/30L/50L/100L---Standard/EX-proof/Lifting Kettle
(3)150L/200L---Standard/EX-proof
***Price List for whole above, inquire us to get
2. Customization:
(1)Design support
(2)Directly supply the Senior R&D organic intermediate, shorten your R&D time and cost
(3)Share the advanced purifying technology with you
(4)Supply the high quality chemicals and analysis reagent
(5)We want to assist you on Chemical Engineering (Auto CAD, Aspen plus etc.)
3. Assurance:
(1)CE and ISO certification Registered
(2)Trademark: ACHIEVE CHEM(since 2008)
(3)Replacement parts within 1-year for free
Description
Technical Parameters
The jacketed glass reactor vessel mainly consists of a cylindrical glass body, metal jacket, inlet and outlet pipelines, mixing device, temperature control device, etc.
The jacket is located on the outside of the glass body and is fixed to the glass body through bolts, forming a sealed external space. The main function of the jacket is to provide additional heating space, thereby increasing the heat capacity of the reactor and improving heating and cooling rates. The inlet and outlet pipelines are located at the top and bottom of the reactor, respectively, for adding reagents, gases or liquids, and for discharging the liquid or gas after the reaction.
The stirring device is located inside the glass body and is used for mixing and dispersing reagents, solid particles, or suspensions. The temperature control device can achieve precise temperature control and meet the temperature requirements during the experimental process.
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Product Introduction
The jacketed glass reactor is an important experimental equipment, which has the characteristics of simple structure, convenient operation, high temperature resistance, and precise control of temperature and flow rate, providing a reliable guarantee for the smooth progress of the experimental process. It is used to synthesize various organic compounds, inorganic compounds, etc. In the field of biomedicine, jacket glass reactors are used to study the structure and function of biomolecules, synthesize drugs, and more. In the pharmaceutical field, jacket glass reactors are used for drug synthesis, process research, and more.
Jacketed glass reactor vessel structure
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◆ Main structure: The jacket glass reactor is composed of a cylindrical glass body, and the diameter and height of the main body vary according to experimental requirements.
◆ Jacket structure: On the outside of the glass body, the jacket glass reactor is equipped with a metal jacket. The jacket is fixed to the glass body through bolts, forming a sealed external space. The main function of the jacket is to provide additional heating space, thereby increasing the heat capacity of the reactor and improving heating and cooling rates.
◆ Other accessories: The jacket glass reactor is also equipped with other accessories, such as titration devices, metering pipelines, filters, etc., to meet specific needs during the experimental process. |
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◆ Inlet and outlet pipelines: Jacketed glass reactors typically have one or more input pipelines at the top for adding reagents, gases, or liquids. The input pipeline is generally connected to the interior of the glass body. At the bottom of the reactor, one or more output pipelines are usually installed to discharge the liquid or gas after the reaction. The output pipeline is generally connected to the interior of the glass body.
◆ Stirring device: The jacket glass reactor is usually equipped with a stirring device inside, used for mixing and dispersing reagents, solid particles or suspensions. The stirring device is generally composed of glass rods or magnetic stirrers, which can meet the stirring requirements during the experimental process.
◆ Temperature control device: The jacket glass reactor achieves temperature control through the heating and cooling system of the jacket. Heating systems typically use methods such as electric heating wires or water bath heating, while cooling systems use methods such as refrigerants or cold water baths. The temperature control device can achieve precise temperature control and meet the temperature requirements during the experimental process. |
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Overall, the jacket glass reactor has the characteristics of simple structure, convenient operation, high temperature resistance, and precise temperature control, making it suitable for various chemical reactions and biomedical experiments. However, it should be noted that when using a jacket glass reactor, it is necessary to strictly follow the operating procedures to ensure the safety and accuracy of the experiment.
Product Features
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The titration device of a jacket glass reactor is a device used to achieve precise liquid titration during chemical reaction processes. It usually consists of a burette, a graduated meter, a titration needle, etc., and has the function of accurately controlling reagent titration.
The following is a detailed introduction to the titration device of the jacket glass reactor:
Burette:
The burette is the main component of a jacket glass reactor titration device, which is a slender glass tube connected to the titration needle. Burettes usually have adjustable scales to indicate the volume of reagents during the titration process. By inserting a burette into the liquid in the reactor, precise titration of the liquid can be achieved.
Graduation meter:
Graduation meter is a part of the titration device of a jacket glass reactor, used to read the scale of a burette. The scale is usually tightly connected to the burette, allowing the experimenter to clearly observe the titration process of the reagent. Graduation meters generally have precise scales to achieve accurate volume measurement.
Titration needle:
Titration needle is the executive part of a jacket glass reactor titration device, usually made of stainless steel or similar hard metal. The titration needle is connected to the burette through a hose, and the reagent can be accurately released from the burette into the liquid in the reactor during the titration process.
The titration device of the jacketed glass reactor vessel mainly functions in the following aspects:
◆ Precise control of reagent volume
By adjusting the scale of the burette, the experimenter can accurately control the volume of the reagent, thereby achieving precise control of stoichiometry during the reaction process.
◆ Rapid titration
The titration device of the jacket glass reactor usually has the function of rapid titration, which can quickly add reagents to the liquid in the reactor and accelerate the reaction speed.
◆ Improving experimental accuracy
By accurately controlling the titration of reagents, the experimenter can reduce errors and improve the accuracy of the experiment. This is particularly important for experiments that require precise measurements.
◆ Simplified experimental operation
The titration device of the jacket glass reactor simplifies the experimental operation process, reduces the risk of manual operation, and makes the experiment more safe and reliable.
It should be noted that when using the titration device of a jacket glass reactor, the operating procedures should be strictly followed to ensure the safety and accuracy of the experiment. Meanwhile, for personnel unfamiliar with chemical experiments, it is recommended to carefully read the relevant operating instructions or seek professional guidance before conducting the experiment.
Parameters of Chemical Glass reactor
| NO. | AC112-1 | AC112-2 | AC112-3 | AC112-5 |
| Model | SF-1L | SF-2L | SF-3L | SF-5L |
| Inner Volume (L) | 1 | 2 | 3 | 5 |
| Jacket Volume (L) | 0.3 | 0.6 | 1 | 1.5 |
| Pressure(Mpa) | -0.1~0.1 | |||
| Motor Power(W) | 60 | 60 | 90 | 90 |
| Stirring Speed (rmp) | 0~1000 | |||
| Temp. Range (°C) | -120~560 | |||
| Performance | Corrosion resistant | |||
| Power Supply (V) | 220 | |||
| NO. | AC112-10 | AC112-20 | AC112-30 | AC112-50 | AC112-100 | AC112-150 | AC112-200 |
| Model | SF-10L | SF-20L | SF-30L | SF-50L | SF-100L | SF-150L | SF-200L |
| Inner Volume (L) | 10 | 20 | 30 | 50 | 100 | 150 | 200 |
| Jacket Volume (L) | 3 | 6 | 10 | 15 | 30 | 50 | 60 |
| Pressure(Mpa) | -0.1~0.1 | ||||||
| Motor Power(W) | 90 1/3 | 90 1/3 | 90 1/3 | 120 1/3 | 250 1/3 | 400 1/3 | 400 1/3 |
| Stirring Speed (rmp) | 0~600 | ||||||
| Temp. Range (°C) | -120~560 | ||||||
| Performance | Corrosion resistant | ||||||
| Power Supply (V) | 220 | ||||||
product accessories
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The metering pipeline of a jacketed glass reactor vessel is a device used to accurately measure the flow rate of liquid or gas during the reaction process. The main parts include glass pipes, glass rotameters, valves, etc., and has the function of accurately measuring liquid or gas flow.
The following is a detailed introduction to the metering pipeline of the jacket glass reactor:
Glass pipeline:
Glass pipeline is the basic component of the metering pipeline of the jacket glass reactor, made of corrosion-resistant and highly transparent glass material. The shape and size of glass pipes vary according to experimental requirements, generally having a smooth inner surface to reduce fluid resistance.
Glass rotameter:
A glass rotameter is a measuring element in the measuring pipeline of a jacket glass reactor, which measures flow through the contact between the rotor of the flowmeter and the fluid. Flowmeters are usually connected in series with glass pipes, and the rotor moves up and down inside the pipe, rotating according to the flow rate of the fluid. The flowmeter has precise scales to indicate the flow rate of the fluid.
Valve:
The metering pipeline of a jacket glass reactor is usually equipped with a valve to control the direction and flow rate of fluid flow in the pipeline. The valve has the function of opening and closing, and can be operated manually or automatically.
The function of the metering pipeline of the jacket glass reactor is mainly reflected in the following aspects:
Accurate measurement of flow rate
Through the metering pipeline of the jacket glass reactor, the experimenter can accurately measure the flow rate of liquid or gas during the reaction process, thereby achieving precise control of chemical reactions.
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Flow regulation
The valve in the metering pipeline of the jacket glass reactor can be used to regulate the flow rate of the fluid to meet the demand for flow changes during the experimental process.
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Monitoring the reaction process
Through the metering pipeline of the jacketed glass reactor, the experimenter can monitor the flow changes of liquid or gas during the reaction process in real time, thereby better grasping the reaction process.
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Improving experimental accuracy
Accurately measuring flow can reduce experimental errors and improve experimental accuracy. This is particularly important for experiments that require precise measurements.
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after-sale service
After-sale service:
◆ We have been engaged in the chemical instrument industry since 2005 and have 16 years of research and production experience so far. We have sufficient strength to provide you with high-quality products.
◆ We have a strong sales and service team that can provide 24-hour service and knowledge. Please feel free to contact us if you have any questions: sales@achievechem.com
Our dedicated customer support team is ready to handle inquiries, provide technical assistance, and promptly and effectively address any issues.
◆ Our dedicated technical service team can provide technical guidance through email.
◆ We have sound and efficient logistics to ensure that products arrive on time.
◆ If there are any quality issues within one year, corresponding after-sales support can be provided.
Foreign Trade Case
Case
event
In October 2023, well-known Brazilian chemical company B purchased three 10 liter laminated glass reactors from Chinese professional chemical equipment manufacturer ACHIEVE CHEM.
transport
After logistics transportation, the equipment is delivered from Xi'an to the logistics warehouse in Beijing for loading, and finally arrives at the port in S ã o Paulo, Brazil by sea. It is then transported to the laboratory of Company B in S ã o Paulo, Brazil within a few days to a week
● Production and packaging
ACHIEVE CHEM has completed the production and packaging of the reactor in Xi'an. They carefully inspect and ensure that each reactor meets the requirements and standards of Company B.
● Transport to Beijing
Once the product is ready, ACHIEVE CHEM collaborates with a reliable logistics company to deliver the equipment to the logistics warehouse in Beijing. This process takes approximately 5 days, depending on distance and transportation conditions.
● Shipping
The equipment is waiting for loading at the logistics warehouse in Beijing. Once the goods are loaded onto the ship, they will be shipped to Brazil by sea. The shipping time may vary depending on the route, weather, and customs procedures. According to general circumstances, the shipping time from China to Brazil is about 25-40 days.
● Port and Landing
After about 36 days of sea transportation, the cargo ship arrived at the port of S ã o Paulo, Brazil. There are multiple ports in the state of S ã o Paulo, but the largest one is S ã o Paulo Port. The freight company chose to land at a port in S ã o Paulo, Brazil, specifically considering the service capacity of the destination port.
● Delivery to destination
Once the goods arrive at the port in San Paulo, Brazil, Company B will use local logistics services or transportation companies to transport the reactor from the port to their laboratory in S ã o Paulo. This process may take several days to a week, depending on the distance to the destination and the mode of transportation.
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