In the evolving realm of chemical and pharmaceutical research, precise reaction environments are paramount to experimental success. Among the most advanced tools supporting this requirement is the Double Layer Lift Glass Reactor, a robust and adaptable system tailored to meet the needs of academic laboratories, research institutions, and industrial R&D sectors. This article explores the functional merits, structural design, and technical sophistication of this reactor, manufactured by Equilrxnlab, a trusted name in scientific instrumentation.
Understanding the Structure and Function of the Double Layer Lift Glass Reactor
The Double Layer Lift Glass Reactor is a specialized chemical reaction vessel featuring a dual-layered construction. Its core component—a 50-liter GG-17 borosilicate glass vessel—is engineered to withstand a broad temperature spectrum ranging from -80°C to 280°C, making it suitable for both low-temperature crystallizations and high-temperature synthesis processes. The integrated 16-liter jacket allows precise thermal regulation via fluid circulation, ensuring homogenous heat distribution throughout the reaction medium.
This system is particularly recognized for its 150° body angle design, which enhances drainage efficiency and minimizes residual accumulation, contributing to improved operational cleanliness and reaction integrity. With a vacuum pressure capacity of 0.098 MPa, the reactor supports sensitive, air-free reactions, expanding its application to inert atmosphere chemistry and reduced-pressure distillations.
Explore the reactor in detail on Equilrxnlab’s official product page.
Key Features and Customization Parameters
One of the most distinctive aspects of this reactor is its mechanical lift system, enabling vertical adjustment of the vessel. This design simplifies sample collection, vessel cleaning, and facilitates operator safety. Coupled with digital frequency speed control, users can adjust the stirring speed within the 0–450 RPM range to suit a wide variety of reaction kinetics.
The stirring shaft, crafted from stainless steel coated with fluorine materials, provides both chemical resistance and mechanical durability. A 120W stirring motor ensures consistent agitation, even in viscous media. Furthermore, the universal joint in the stirring shaft connection enhances torque transmission efficiency and reduces vibration, critical for maintaining reaction equilibrium.
Customization options include:
- Explosion-proof build for volatile environments
- Automatic control systems for programmable reactions
- Insulation layer for enhanced thermal efficiency
For further insights into compatible equipment, the product catalog provides comprehensive details.
Applications in Chemical Research and Industry
The Double Layer Lift Glass Reactor is exceptionally versatile. Its capacity and thermal range make it a preferred choice in:
- Pharmaceutical synthesis, particularly for temperature-sensitive compounds
- Polymer chemistry, where gradual heating and long reaction times are necessary
- Petrochemical processing, especially for catalyst studies under variable pressure
- Fine chemical production, involving multi-step synthesis routes
By integrating this reactor into a controlled lab setup, researchers can replicate pilot-scale conditions and validate processes prior to scale-up, reducing time-to-market and enhancing reproducibility.
Digital Control and Automation Capabilities
Equipped with digital frequency speed control, the reactor facilitates precise regulation of stirring speeds to align with reaction requirements. For more sophisticated needs, the automatic control system—available as an optional upgrade—permits temperature and stirring sequences to be pre-programmed, thereby streamlining workflow in high-throughput environments.
These digital integrations not only reduce the likelihood of operator error but also support data consistency, a key factor in peer-reviewed publications and industrial certification protocols.
Robust Design for Long-Term Laboratory Use
Constructed with GG-17 borosilicate glass, the reactor offers superior resistance to thermal shock and chemical corrosion. Its durability ensures a longer operational lifespan, minimizing downtime and maintenance costs. The universal voltage/frequency rating (220V/50Hz) allows for seamless global compatibility, a vital trait for multinational research institutions.
Moreover, the modular nature of the reactor—accommodating up to six customizable ports—supports integration with accessories like reflux condensers, temperature probes (such as the included PT100 sensor), sampling devices, and pH electrodes. This flexibility transforms the reactor into a multifunctional synthesis platform.
To discuss customization options or receive technical support, visit the contact page.
Social Media Engagement and Knowledge Sharing
Equilrxnlab actively disseminates educational and technical content via its social media platforms. Researchers and professionals can stay updated on application tips, operational demonstrations, and troubleshooting guidance through:
These platforms foster a global learning community around laboratory innovations and promote the responsible use of scientific instruments.
Why Researchers Choose Equilrxnlab
The brand Equilrxnlab has cultivated a reputation for engineering excellence, ergonomic design, and customer-focused service. Their equipment, including the Double Layer Lift Glass Reactor, is manufactured under rigorous quality standards to ensure repeatable performance and regulatory compliance. Equilrxnlab’s systems are tailored for modern laboratories that demand both flexibility and precision.
Users can access a broad range of technical specifications, application guidelines, and support materials from their main website and product documentation. With continued investment in R&D and customer education, the company has become a trusted collaborator for research institutions worldwide.
Integrating the Reactor into Existing Systems
The scalability and modularity of the Double Layer Lift Glass Reactor make it ideal for integration into diverse lab setups. Whether operating as a standalone unit or as part of a continuous reaction system, the reactor interfaces effectively with:
- Thermostatic circulators
- Vacuum pumps
- Reflux condensers
- Data loggers and software platforms
Through these integrations, researchers can elevate their process monitoring capabilities and gain deeper insight into reaction dynamics, improving both qualitative and quantitative outcomes.
Final Considerations for Implementation
For laboratories contemplating the incorporation of a high-performance reaction system, the Double Layer Lift Glass Reactor stands out as an optimal solution. Its blend of technical sophistication, safety features, and user customization aligns with the diverse demands of modern research workflows.
Professionals exploring options in this category are encouraged to review detailed specifications and consult with Equilrxnlab’s support team for tailored configurations and price quotations. To begin exploring the best reactor configuration for your lab, view the full product listing or browse the extensive product catalog.
By integrating a dependable system like this into the experimental workflow, researchers can enhance both the reproducibility and scalability of their reactions—delivering results that stand up to academic scrutiny and industrial demands alike.
