Laboao 100L Chemical Jacketed Glass Reactor with Double Layer Filter
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- Supplier: Zhengzhou Laboao Instrument Equipment Co. Ltd.
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Product Overview
Description
Product Details
The jacketed glass reactor features a double glass design, allowing for effective mixing reactions within the reaction vessel. The interlayer permits the incorporation of various cold and heat sources like frozen liquid, hot water, or hot oil, enabling loop heating or cooling reactions. These jacketed reaction vessels facilitate controlled synthetic reactions under specific temperatures and vacuum conditions. They serve as versatile tools for extraction, refinement, distillation, and homogenization processes. With an inner vessel and one or two jackets, these reactors utilize temperature differentials created by a chiller to modify their internal environment. Operating under vacuum, they are ideal for applications sensitive to atmospheric conditions. Available in glass and varying from 1L to 200L in volume.
Moving mode | Brake type universal corner wheel |
Flanged out of the oil circulation port | Low feed high outlet |
Reaction bottle cover port | 6ports |
Discharger port distance to ground | 450mm |
Temp. range | -80-250°C |
Vacuum | 0.098Mpa |
Stirring speed | 0-450rpm |
Stirring diameter | 15mm |
Our Advantages
1. Durable Glassware: Equipped with GG3.3 borosilicate glass, known for its resilience against heat, cold, and corrosion.
2. Temperature Versatility: Capable of operating within a broad temperature range, spanning from -60°C to 250°C.
3. Robust Sealing: The solvent-resistant PTFE seal ensures durability and long-lasting performance, with a sealing capability of -0.098Mpa.
4. Accurate Temperature Display: The PT100 temperature sensor, coupled with a liquid crystal display, offers precise and convenient temperature measurements.
5. Controlled Speed: Employs a frequency-controlled, AC induction motor that operates at a constant speed. It is brushless, spark-free, secure, and stable, enabling continuous operation.
6. Sturdy Framework: Features a robust stainless steel supporting framework with lockable casters, enhancing mobility and stability. The entire support and glass vessel are shipped pre-assembled for convenience.
7. Effective Agitation: Incorporates a durable stainless steel reinforced PTFE stirrer with an anchored agitator. This design accommodates a wide array of viscous materials, and optional multi-layer stirring blades are available.
8. Efficient Discharge: Facilitates easy material discharge through a bottom flange discharge port with a Teflon valve. The aluminum parts flange is securely fixed for effective operation.
2. Temperature Versatility: Capable of operating within a broad temperature range, spanning from -60°C to 250°C.
3. Robust Sealing: The solvent-resistant PTFE seal ensures durability and long-lasting performance, with a sealing capability of -0.098Mpa.
4. Accurate Temperature Display: The PT100 temperature sensor, coupled with a liquid crystal display, offers precise and convenient temperature measurements.
5. Controlled Speed: Employs a frequency-controlled, AC induction motor that operates at a constant speed. It is brushless, spark-free, secure, and stable, enabling continuous operation.
6. Sturdy Framework: Features a robust stainless steel supporting framework with lockable casters, enhancing mobility and stability. The entire support and glass vessel are shipped pre-assembled for convenience.
7. Effective Agitation: Incorporates a durable stainless steel reinforced PTFE stirrer with an anchored agitator. This design accommodates a wide array of viscous materials, and optional multi-layer stirring blades are available.
8. Efficient Discharge: Facilitates easy material discharge through a bottom flange discharge port with a Teflon valve. The aluminum parts flange is securely fixed for effective operation.
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FAQ
Q: Can you provide more information about the GG3.3 borosilicate glass? How does its heat, cold, and corrosion resistance benefit the reactor's longevity?
A: Absolutely, the GG3.3 borosilicate glass we use is renowned for its exceptional durability and resistance. It can withstand a wide range of temperatures without compromising its structural integrity, making it an ideal choice for long-lasting performance.
Q: Could you elaborate on the temperature range this reactor can handle? How does it accommodate both high and low-temperature operations?
A: Certainly, this reactor is designed to function within an extensive temperature range, from -60°C to 250°C. This adaptability enables us to cater to a variety of applications requiring different temperature conditions.
Q: How does the solvent-resistant PTFE seal contribute to the reactor's durability and longevity? Can it maintain an effective seal even under challenging conditions?
A: The solvent-resistant PTFE seal plays a crucial role in maintaining a reliable seal even in demanding scenarios. This contributes significantly to the reactor's robustness and ensures that it can operate effectively with various solvents over extended periods.
Q: Tell us more about the PT100 temperature sensor and its liquid crystal display. How does it enhance the accuracy of temperature measurement and user convenience?
A: The PT100 temperature sensor, combined with the liquid crystal display, offers precise temperature monitoring. This accuracy is crucial for ensuring that reactions are conducted under controlled conditions, leading to more consistent and reproducible results.
Q: How does the AC induction motor with frequency control work? What benefits does the brushless, spark-free, and stable operation offer, especially during continuous use?
A: Our reactor employs an AC induction motor with frequency control. This technology allows for a constant and stable speed, enhancing safety and efficiency. The brushless design ensures durability, and its spark-free operation is especially beneficial when dealing with volatile substances.
Q: Could you explain the stainless steel supporting framework with lockable casters in more detail? How does it enhance both mobility and stability during operation?
A: The stainless steel supporting framework is designed for both stability and mobility. The lockable casters provide the flexibility to move the reactor as needed while ensuring it remains securely in place during operation.
Q: How does the rugged stainless steel reinforced PTFE stirrer with anchored agitator work? What's the advantage of having multi-layer stirring blades as an option?
A: The stainless steel reinforced PTFE stirrer with an anchored agitator offers excellent agitation capabilities for a wide range of materials. The option for multi-layer stirring blades enhances this flexibility, allowing users to optimize agitation for different substances.
Q: Can you elaborate on the Teflon valve-equipped bottom flange discharge port? How does it ensure efficient and hassle-free material discharge? Is there a risk of leakage?
A: The Teflon valve-equipped bottom flange discharge port ensures efficient material discharge without any risk of leakage or pollution. This design guarantees smooth and hassle-free operations.
Q: Could you explain the convenience of receiving the support and glass vessel pre-assembled? Does this save time and effort during installation?
A: Receiving the support and glass vessel pre-assembled is a user-friendly feature. It minimizes the setup time and effort required, allowing users to start using the reactor more quickly and with ease.
A: Absolutely, the GG3.3 borosilicate glass we use is renowned for its exceptional durability and resistance. It can withstand a wide range of temperatures without compromising its structural integrity, making it an ideal choice for long-lasting performance.
Q: Could you elaborate on the temperature range this reactor can handle? How does it accommodate both high and low-temperature operations?
A: Certainly, this reactor is designed to function within an extensive temperature range, from -60°C to 250°C. This adaptability enables us to cater to a variety of applications requiring different temperature conditions.
Q: How does the solvent-resistant PTFE seal contribute to the reactor's durability and longevity? Can it maintain an effective seal even under challenging conditions?
A: The solvent-resistant PTFE seal plays a crucial role in maintaining a reliable seal even in demanding scenarios. This contributes significantly to the reactor's robustness and ensures that it can operate effectively with various solvents over extended periods.
Q: Tell us more about the PT100 temperature sensor and its liquid crystal display. How does it enhance the accuracy of temperature measurement and user convenience?
A: The PT100 temperature sensor, combined with the liquid crystal display, offers precise temperature monitoring. This accuracy is crucial for ensuring that reactions are conducted under controlled conditions, leading to more consistent and reproducible results.
Q: How does the AC induction motor with frequency control work? What benefits does the brushless, spark-free, and stable operation offer, especially during continuous use?
A: Our reactor employs an AC induction motor with frequency control. This technology allows for a constant and stable speed, enhancing safety and efficiency. The brushless design ensures durability, and its spark-free operation is especially beneficial when dealing with volatile substances.
Q: Could you explain the stainless steel supporting framework with lockable casters in more detail? How does it enhance both mobility and stability during operation?
A: The stainless steel supporting framework is designed for both stability and mobility. The lockable casters provide the flexibility to move the reactor as needed while ensuring it remains securely in place during operation.
Q: How does the rugged stainless steel reinforced PTFE stirrer with anchored agitator work? What's the advantage of having multi-layer stirring blades as an option?
A: The stainless steel reinforced PTFE stirrer with an anchored agitator offers excellent agitation capabilities for a wide range of materials. The option for multi-layer stirring blades enhances this flexibility, allowing users to optimize agitation for different substances.
Q: Can you elaborate on the Teflon valve-equipped bottom flange discharge port? How does it ensure efficient and hassle-free material discharge? Is there a risk of leakage?
A: The Teflon valve-equipped bottom flange discharge port ensures efficient material discharge without any risk of leakage or pollution. This design guarantees smooth and hassle-free operations.
Q: Could you explain the convenience of receiving the support and glass vessel pre-assembled? Does this save time and effort during installation?
A: Receiving the support and glass vessel pre-assembled is a user-friendly feature. It minimizes the setup time and effort required, allowing users to start using the reactor more quickly and with ease.
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Laboao 100L Chemical Jacketed Glass Reactor with Double Layer Filter
Laboao 100L Chemical Jacketed Glass Reactor with Double Layer Filter
Laboao 100L Chemical Jacketed Glass Reactor with Double Layer Filter
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