Jacketed Glass Reactor LJGR-A27

Our Jacketed Glass Reactor is constructed using high borosilicate glass 3.3, which offers exceptional resistance to thermal shock and chemical corrosion, ensuring durability under aggressive conditions. The PTFE + fluororubber double seal design maintains vacuum integrity, preventing leaks that could compromise safety or experiment quality. Additionally, the reactor’s secure fittings and fixed external loop buffer ensure stable and reliable operation during reactions. This construction reduces risk for users handling hazardous substances, while protecting the integrity of your process. The multi-layer jacket design allows for precise temperature regulation, limiting exposure to extreme temperatures that may destabilize reactions. Overall, these safety features make the Jacketed Glass Reactor suitable for delicate and potentially dangerous chemical processes without compromising performance or user protection.

The Jacketed Glass Reactor features a 10 L receiving bottle that facilitates continuous collection of condensate, which supports long-duration distillation or concentration processes without manual intervention. A large diameter glass vessel lid enables easy access for adding reagents or sampling mid-reaction, reducing downtime and enhancing workflow efficiency. The jacket circulation system maintains a consistent temperature environment by injecting controlled circulating liquids, ensuring stable reaction conditions throughout extended use. This thermal stability is vital for reactions that require strict temperature control over many hours or days. Additionally, the system’s vacuum capability allows for solvent removal at lower temperatures, preventing degradation of sensitive compounds during long runs. These combined features allow researchers to carry out more complex or multi-step experiments without frequent interruption, improving lab productivity and output quality.

Labtron’s Jacketed Glass Reactor stirring mechanism delivers variable speeds up to 450 rpm, allowing effective agitation of samples ranging from low viscosity liquids to thicker suspensions containing solids. The stirring system provides smooth torque control to maintain homogeneity without causing shear stress that could damage delicate materials or reaction intermediates. This capability is particularly useful for chemical synthesis where uniform mixing of reactants ensures consistent yield and reaction efficiency. The adjustable stirring speed also allows precise control to optimize reaction kinetics and prevent sedimentation in longer processes. Moreover, the sealed design maintains vacuum conditions while stirring, preventing contamination and ensuring product integrity. This versatility expands the range of materials and processes the Jacketed Glass Reactor can handle, from pharmaceuticals to specialty chemicals requiring complex mixing regimes.

The vacuum function of the Jacketed Glass Reactor lowers the boiling points of liquids within the system, enabling solvent removal or distillation at reduced temperatures, which is crucial for heat-sensitive materials that might degrade at higher temperatures. Maintaining a stable vacuum environment reduces oxidation and contamination risks, preserving product purity during chemical or pharmaceutical manufacturing processes. The PTFE and fluororubber seals ensure vacuum stability over prolonged periods, supporting lengthy syntheses without loss of vacuum integrity. This capability shortens processing times and improves energy efficiency by allowing reactions to proceed at optimal conditions. Additionally, vacuum-assisted distillation helps in recovering volatile components and reducing residual solvent content in final products. These features contribute significantly to the reactor’s performance, making it a valuable tool in laboratories requiring gentle but effective processing conditions.

Our Jacketed Glass Reactor is designed with multiple ports and fittings that enable seamless connection to additional lab accessories such as dropping funnels, condensers, and temperature or pressure sensors. This modularity facilitates controlled addition of reagents during experiments, precise monitoring of reaction parameters, and efficient solvent recovery through connected condensers. The reactor’s secure fittings ensure stable connections, minimizing leaks and operational interruptions even when multiple devices are attached. This flexibility allows researchers to customize the setup based on specific experimental needs, accommodating a wide range of chemical syntheses and distillations. Moreover, the jacketed design supports integration with circulating temperature control systems, enhancing thermal management for complex procedures. These features provide a comprehensive and adaptable platform suited for evolving research requirements.

The Jacketed Glass Reactor incorporates a wide vessel lid of 340 mm diameter, allowing easy access to the internal chamber for thorough cleaning and visual inspection, which is essential for maintaining sterile conditions in pharmaceutical and biochemical applications. The high-quality borosilicate glass resists corrosion and withstands aggressive cleaning agents, prolonging equipment life and reliability. Seals and joints are designed for durability and easy disassembly, reducing downtime during routine maintenance. This simplifies the cleaning process, ensuring no cross-contamination between different batches or experiments. The reactor’s design also facilitates quick drying and inspection after cleaning, enhancing operational efficiency. Regular maintenance supported by these design features preserves performance consistency and extends the service life of the equipment, making it a practical choice for busy research environments.