Enhancing Laboratory Performance with the Jacketed Lift Glass Reactor by Equilrxnlab
Scientific research at the laboratory scale requires apparatus that delivers precise control, mechanical reliability, and chemical resistance. The Jacketed Lift Glass Reactor by Equilrxnlab presents a comprehensive solution for researchers needing enhanced thermal modulation, stirring control, and vessel accessibility. This advanced system is a critical component in laboratories focused on complex reaction protocols, multiphase synthesis, and pilot-scale development.
Engineered with cutting-edge specifications, this reactor ensures uniform temperature distribution, adjustable angles, and digital stirring precision. It serves professionals in pharmaceuticals, chemical engineering, materials science, and more.
Advanced Design for Laboratory-Scale Versatility
The Jacketed Lift Glass Reactor features a reaction volume of 30 liters and a jacket volume of 10 liters, offering ample space for both reactants and temperature-control fluids. Constructed from GG-17 borosilicate glass, the vessel guarantees chemical durability and high resistance to thermal shock.
The body angle of 120° allows easy access during sampling, cleaning, or reagent loading. Researchers can manipulate the reactor using an electric lifting and rotating system, simplifying operations during multi-stage processes or solvent recovery. The vessel’s geometric balance and modular design make it ideal for scale-up experimentation and variable thermal processes.
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Precision Temperature and Vacuum Control
Maintaining accurate thermal conditions is critical in reaction engineering. The Equilrxnlab Jacketed Lift Glass Reactor operates efficiently within a temperature range from -80°C to 280°C, accommodating cryogenic and high-temperature reactions. With temperature resistance up to 300°C, the system safely supports a wide array of synthesis types, from distillations to polymerization.
Vacuum conditions up to 0.098 MPa are easily achieved, supporting solvent removal and air-sensitive chemistry. The integrated double-jacketed design enables users to circulate heating or cooling media to modulate reaction conditions dynamically. For complex experiments requiring low-pressure environments, this reactor ensures minimal loss and maximum thermal efficiency.
For configuration support or installation guidance, reach out through Equilrxnlab’s contact page.
Digital Stirring and Mechanical Durability
The reactor features a 120W stirring motor with digital frequency speed control, offering a speed range of 0–450 RPM. This system allows researchers to customize mixing based on fluid viscosity and reaction kinetics. Accurate agitation is essential for achieving uniformity and minimizing local concentration differences.
The stirring shaft, made of stainless steel coated with four fluorine materials, provides both mechanical strength and chemical resistance. This is particularly useful in corrosive environments or with high-viscosity fluids. The universal joint connection enhances compatibility with various mixing components, further increasing application flexibility.
Six customizable ports are integrated into the reactor cover, enabling users to install sensors, condensers, dropping funnels, or reflux systems. This level of customization supports varied laboratory protocols and enables process intensification.
Applications in Modern Research Settings
The Equilrxnlab Jacketed Lift Glass Reactor addresses the evolving needs of laboratories by offering advanced control in:
- Reaction optimization
- Fine chemical synthesis
- Catalysis studies
- Crystallization processes
- Extractive chemistry
- Polymer research
The integration of electric lifting, 360° rotation, and adaptable thermal control makes this system suitable for continuous workflows and educational settings alike. The clear visibility provided by the borosilicate glass promotes safety and effective observation of reaction progress.
For technical videos and demonstrations, visit Equilrxnlab on YouTube, or engage with the team on Instagram and Facebook.
With its precise temperature regulation, electric mobility, and customizable port architecture, the Jacketed Lift Glass Reactor from Equilrxnlab exemplifies the intersection of safety, innovation, and performance in modern laboratory systems. Designed for a wide range of chemical applications, it supports reproducible outcomes and fosters efficient experimental scaling.