Single Layer Glass Reactor LSGR-A15

Our Single Layer Glass Reactor supports temperatures ranging from -80°C to 250°C, making it suitable for both high and low-temperature reactions. This wide range ensures flexibility in handling diverse chemical synthesis processes without compromising system integrity. The heating power of 5000W facilitates rapid temperature adjustments, ensuring controlled reactions under varying conditions. It's ideal for applications in research and small-scale production. This reactor is engineered to withstand extreme temperature conditions while maintaining stability in laboratory settings.

Labtrons’s Single Layer Glass Reactor has a vacuum-compatible design, which enables efficient evaporation during chemical reactions. This feature is essential for processes requiring solvent removal under low pressure, reducing reaction time. The vacuum degree of 0.0098 Mpa helps maintain a stable vacuum, ensuring that the reaction proceeds smoothly without disturbing the system. It supports various chemical synthesis, distillation, and purification tasks, where vacuum is crucial for process optimization. This capability adds to its versatility in laboratory research.

Our Single Layer Glass Reactor is designed with high borosilicate glass and PTFE components, ensuring compatibility with a broad range of materials. These materials are resistant to chemical reactions, providing a safe environment for handling sensitive substances. The reactor maintains the integrity of the substances during processes such as distillation or chemical reactions. This design helps reduce contamination risks while ensuring that no undesired reactions take place between the material and reactor components. It's perfect for handling delicate, reactive chemicals.

The stirring system in the Single Layer Glass Reactor allows for a speed range of 0 to 450 rpm, ensuring thorough mixing of materials. The stirrer is designed to handle a wide range of viscosities, making it ideal for chemical reactions that require uniform heat distribution and consistency. The copper brushless motor provides high torque for effective stirring, while minimizing noise during operation. The stepless speed regulation ensures smooth operation across a variety of reaction conditions. It’s a versatile feature for dynamic mixing tasks.

The Single Layer Glass Reactor is well-suited for distillation applications due to its vacuum compatibility and temperature control capabilities. The reactor's vacuum system helps facilitate the separation of solvents under reduced pressure, improving distillation efficiency. This makes it ideal for use in chemical synthesis, purification, and concentration of specific compounds. Its design ensures that the distillation process proceeds under controlled conditions, enhancing the quality and yield of the desired products. The reactor also reduces the risk of heat degradation during the distillation process.

The Single Layer Glass Reactor is designed for easy maintenance with components that are easy to clean. The glass vessel can be washed thoroughly after use, preventing cross-contamination between experiments. Additionally, the PTFE seals ensure minimal wear and tear, reducing the need for frequent replacements. The structure of the reactor minimizes the risk of material buildup, ensuring longevity and smooth operation. Regular maintenance helps keep the reactor in optimal working condition, improving the overall efficiency of lab processes.