Laboratory Glass Reactor
Key Features
- High-Quality Materials: Durable high borosilicate glass.
- Customization: Standard, explosion-proof, and custom models.
- Versatile Cutomizations: Non-jacketed, single jacketed, and double jacketed designs.Available in volumes from 1 liter to 80 liters.
- Modular Options: Custom solutions with diverse options to meet user needs.
- Dedicated Support: One-year warranty with lifetime technical support
GWSI Laboratory Glass Reactor for Sale
GWSI 20L Glass Reactor uses high-temperature resistant borosilicate glass.
Suitable for Rare Earth Industry.
Function: Synthesizing and more
Main Data
- Model: GR-20CE
- Vessel Capacity: 20L
- Jacket Capacity: 9L
- Stirring Speed: 20-500rpm
GWSI 50L Glass Reactor feature in SUS 304 supporting framework with lockable casters.
Suitable for Semiconductor Industry.
Function: Synthesizing and more
Main Data
- Model: GR-50CE
- Vessel Capacity: 50L
- Jacket Capacity: 13L
- Stirring Speed: 20-500rpm
GWSI 100L Glass Reactor discharge valve is easy to drain out with no dead volume.
Suitable for Fertilizer industry.
Function: Synthesizing and more
Main Data
- Model: GR-80CE
- Vessel Capacity: 80L
- Jacket Capacity: 25L
- Stirring Speed: 20-500rpm
GWSI 2L Glass Reactor fits for laboratory-scale material synthesis reactions.
Suitable for laboratories in universities.
Function: Mixing and more
Main Data
- Model: GR-2CE
- Vessel Capacity: 2L
- Jacket Capacity: 1.7L
- Stirring Speed: 40-500rpm
GWSI 5L Glass Reactor uses a patented PTFE stirrer bearing for reliable, quiet operation.
Suitable for research laboratories.
Function: Synthesizing and more
Main Data
- Model: GR-5CE
- Vessel Capacity: 5L
- Jacket Capacity: 3L
- Stirring Speed: 20-500rpm
GWSI equip 10L Glass Reactor with Brushless DC motor for tough stirring work.
Suitable for petrochemical engineering.
Function: Reaction and more
Main Data
- Model: GR-10CE
- Vessel Capacity: 10L
- Jacket Capacity: 8L
- Stirring Speed: 20-500rpm
Lifting Glass Reactor
GWSI GRL-10 Glass Reactor can rotate 120° to let you add solvent materials.
Main Data
- Model: GRL-10
- Vessel Capacity: 10L
- Jacket Capacity: 8L
- Stirring Speed: 20-500rpm
GRL-20 Glass Reactor has superior sealing effect .
Main Data
- Model: GRL-20
- Vessel Capacity: 20L
- Jacket Capacity: 9L
- Stirring Speed: 20-500rpm
GRL-50 Glass Reactor feature in lift available glass body.
Main Data
- 型号：GRL-50
- 容器容量：50升
- 外套容量：13升
- 搅拌速度：20-500转/分钟
Explosion Proof Glass Reactor
GWSI GR-5Ex Glass Reactor is a explosion proof glass reactor designed for lab.
Main Data
- 型号：GR-5Ex
- 容器容量：5升
- 外套容量：3升
- 搅拌速度：50-500转/分钟
GR-10Ex Glass Reactor is easy to add material with suitable discharge valve.
Main Data
- Model: GR-10Ex
- Vessel Capacity: 10L
- Jacket Capacity: 8L
- Stirring Speed: 50-500rpm
GR-50Ex Glass Reactor equipped with anti-explosion motor for safety.
Main Data
- 型号：GR-50Ex
- 容器容量：50升
- 外套容量：13升
- 搅拌速度：50-500转/分钟
Advanced Manufacturing Excellence
in Our Lab Glass Reactor Production
As a leading force in the glass reactor market, GWSI brings precision engineering to every lab reactor system we produce. Our state-of-the-art manufacturing facility combines German technology with innovative processes, maintaining exceptional quality standards that consistently exceed industry expectations.
At GWSI, the creation process of every laboratory reactor using the best preform materials from famous suppliers, which ensures good characteristics and durability.
- Each part is carefully put together by our specialists, which means attaching blenders, evaporators, as well as different glass sections of the condenser into the case and so forth.
- Special attention is also paid to the mounting of essential components facilities including such units in water baths and machine heads.
- Ensure each pipe and other glass components integrates seamlessly into the lab reactor design for both functionality and sleek appeal.
We never compromise on quality. GWSI, being ISO9001 certified, adopts numerous quality assurance procedures during the manufacture of our laboratory reactor to meet with various requirements of chemical reaction.
- We test and evaluate the mixing vessel's vacuum and heating functions and ensure that they comply with the highest industry requirements.
- Our QA department examines every assembled product in search of damages or breach of the instrument's structure.
- By maintaining these rigorous checks, we deliver reliable and safe laboratory reactor that our clients trust for their critical applications.
Your Trusted Partner for Premium Glass Reactor Systems
As a premier lab glass reactor supplier, GWSI delivers excellence through innovation and reliability. Our laboratory reactors reflect decades of expertise, supported by comprehensive service and customization capabilities that set industry standards.
30+ Years of Expertise
With over three decades of industry experience, we use advanced machinery and R&D to deliver top-performing lab scale reactor.
Comprehensive Warranty Support
Benefit from a one-year free warranty post-acceptance and lifetime maintenance for your reactor design.
Specialized precision workshops
GWSI operates 7 specialized workshops focused on design, assembly, quality control, and customization, ensuring precision and efficiency in reactors for sale.
Premium One-stop Solution
We provides a one-stop solution, offering a complete set of lab equipment including lab scale rotovaps, glass reactors, vacuum pumps, and cold traps for seamless laboratory system.
Global Shipping
We have agents and distributors in the USA, Canada, Australia, Russia, and South Korea, making us a globally trusted partner for your laboratory glass reactor needs
Rapid Respond
Our expert team provides prompt support and maintenance within 24 hours, ensuring your glass lab reactor run efficiently and reliably.
Customer Collaboration Process for Automated Lab Reactor
Our streamlined process ensures a seamless experience from start to finish. Customers begin by inquiring and consulting with us, where we discuss options like standard designs or customized lab reactor vessel design tailored to chemical processing needs.
After receiving a detailed quotation, customers confirm their order, allowing us to proceed with production. Finally, we ensure the timely delivery of a high-quality jacketed lab reactor, meeting both efficiency and quality standards.
Applications of Lab Reactor System in Lab
Chemical Synthesis
Distillation
Chemical Extraction
Winterization
Material Preparation
CBD Decarboxylation
GWSI Laboratory Reactor Systems Related Products
Explore More GWSI Complete Glass Reactor Laboratory Solutions
Discover GWSI’s comprehensive chemical reactor system portfolio, featuring single-layer, double-jacketed, and specialized designs. Each reactor is engineered for optimal performance across diverse applications, from laboratory synthesis to industrial-scale production. Explore our solutions tailored to your specific requirements.
FAQs about Laboratory Reactor
When choosing a laboratory reactor, researchers should first evaluate their specific temperature requirements, as our lab scale reactor systems operate effectively from -80°C to 200°C.
Take into account the volume of the reaction and its scaling possibilities, the pressure conditions (our systems work from − 0.1MPa to 0 MPa), and the materials.
Do not forget about stirring requirements when choosing the lab reactor. Our PTFE-coated impellers and imported bearing system enable contamination-free mixing.
Also, pay attention to the installation area, the accessibility for maintenance and the need to use jacketed heating/cooling in your research protocols.
Our lab scale pyrolysis reactor systems incorporate advanced temperature control through precisely engineered jacketed vessels. The 3.3 borosilicate glass construction ensures superior heat transfer and temperature uniformity.
The laboratory reactor’s mixing system features high-grade stainless steel shafts with PTFE coating and imported bearings, preventing contamination while maintaining consistent mixing performance.
Special attention to inlet/outlet connections with insulated stainless steel flexible hoses eliminates stress points and ensures stable temperature maintenance throughout operations.
Our lab reactor systems are best applicable in those applications that require temperature control and monitoring of the process visually.
The laboratory reactor design is best suited for chemical synthesis, polymerization reactions, and, material research at temperature ranges of -80°C to 200°C. The borosilicate glass offers perfect media that are corrosive, while the stirring unit has PTFE coatings which allow low or high viscous mixing. They are tailored for academic research, pharmaceutical, and other small processes that involve optimization of development process.
Our modular jacketed glass vessel offers a wide array of customization options to meet diverse user needs.
Variable frame materials, types of vessels and motor control systems are included in the basic configuration enabling you to modify the main parts to meet the needs of your laboratory.
Apart from the basic configuration, we also offer supporting options or ways to improve system performance. They are feeding funnels which are used to add materials during the appropriate times, on-line measurement which helps one analyze data in real time, and vessel insulation to enable optimal conditions for the reaction. These modifications allow for the application of any of our glass reactor vessels to various experimental arrangements, which is necessary for scientific research.
The reactor system includes reactors and peripheral equipment as well as additional facilities. These have been mentioned earlier in the review where specific application requirements appear promising or demand efficiency.
Our laboratory reactor systems incorporate comprehensive safety features, including high-quality 3.3 borosilicate glass construction tested for thermal and chemical resistance.
The lab scale reactor design includes a specialized drip-free discharge valve and a 06Cr19Ni10 stainless steel collection tray to prevent environmental contamination. The framework combines carbon steel with aluminum alloy coating for corrosion resistance and easy cleaning.
Additionally, our reactors feature stress-relieved jacket connections and PTFE-sealed stirring bearings to prevent leakage during operation.
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