Enhancing efficiency and thermal control with the Large Capacity Lift Glass Reactor
In the realm of advanced laboratory experimentation, the demand for scalable, thermally stable, and user-adaptable systems continues to grow. Among these systems, the Large Capacity Lift Glass Reactor stands out as a pivotal solution for researchers requiring extensive reaction volumes and dynamic physical control. Offered by Equilrxnlab, this reactor integrates robust thermal regulation, structural adaptability, and chemical resistance, positioning it as a cornerstone in laboratory reaction systems.
With a volume of 20 liters and a jacket capacity of 6 liters, the reactor is well-suited for medium to large-scale synthesis and process development. It is constructed from high-purity GG-17 borosilicate glass, a material known for its exceptional thermal resistance and chemical inertness. These characteristics make the Large Capacity Lift Glass Reactor especially effective in pharmaceutical research, polymer chemistry, and biochemical synthesis.
Structural Innovation and Design Flexibility
One of the defining features of this reactor is its 120° body angle and lifting and rotating function, allowing researchers to adjust the system according to procedural needs or spatial limitations. This feature improves ergonomic access and facilitates cleaning and material transfer, which are often time-consuming in fixed reactor systems.
The structure includes six customizable ports, providing modular access for sensors, feed lines, condensers, and vacuum connectors. These multiple entry points make the system highly versatile and easily integrated into a broader laboratory setup. The universal joint stirring shaft connection contributes to mechanical flexibility and aligns with a wide range of laboratory stirring motors.
The full product specifications and purchase options are available on the product page, while additional product varieties can be found in the Equilrxnlab catalog.
High-Precision Temperature and Vacuum Control
Temperature plays a critical role in chemical kinetics and reaction reproducibility. The Large Capacity Lift Glass Reactor operates within a temperature range of -80°C to 280°C, with glass components capable of withstanding extremes from -120°C to 300°C. This allows for precise temperature regulation across a variety of applications, from crystallization to exothermic synthesis.
Vacuum capability reaches 0.098 MPa, enabling reduced-pressure operations critical for distillation, solvent recovery, and pressure-sensitive reactions. By integrating these features, the reactor offers a safe and efficient platform for conducting multi-stage chemical processes under controlled environments.
A digital frequency control system manages the stirring motor, offering fine-tuned adjustments to the 0-450 RPM speed range. This system enhances mixing homogeneity and provides optimal conditions for reactions requiring specific agitation profiles. The stirring mechanism is driven by a 90W motor, and the shaft is made of stainless steel coated with four fluorine materials, ensuring corrosion resistance and durability during long-term use.
Adaptability for Industrial and Academic Research
The scale and functionality of the Large Capacity Lift Glass Reactor make it an ideal instrument not only for research laboratories but also for pilot-scale industrial applications. It bridges the gap between bench-scale experimentation and full-scale production, offering both high-volume capacity and precision features often restricted to smaller units.
Researchers engaged in catalyst development, environmental testing, or fine chemical synthesis will benefit from the reactor’s temperature uniformity and vacuum control. Additionally, the lifting and rotating design adds a layer of usability that simplifies operation, particularly during multi-step or continuous-flow processes.
Equilrxnlab’s Integrated Laboratory Solutions
Equilrxnlab continues to demonstrate its commitment to research innovation through equipment that combines scientific rigor with engineering versatility. The Large Capacity Lift Glass Reactor exemplifies this approach, offering a balance between scale, safety, and functionality.
For visual demonstrations, assembly guides, and customer feedback, Equilrxnlab maintains a robust presence across several platforms. Laboratory professionals are encouraged to explore these resources for more insights:
Those with technical inquiries or customization needs can reach out through the Equilrxnlab contact page.
By supporting experimental adaptability and large-scale chemical processing, the Large Capacity Lift Glass Reactor helps laboratories scale innovation with confidence.
