A double-layer glass reactor is the heart of many lab-scale chemical processes — but its true potential is unlocked only when paired with the right auxiliary equipment. From temperature control to pressure regulation and efficient heat exchange, building a well-integrated setup is key to precision and safety.
Let’s explore how to pair your double-layer glass reactor with a heating & cooling circulator, a condenser with a chiller, and a water pump — and the powerful benefits behind each connection.
Pairing a heating-cooling circulator with your reactor’s jacket ensures accurate temperature control during reactions like synthesis, distillation, or crystallization. Whether you're cooling to -105°C or heating up to 200°C, this device keeps your process stable and consistent, reducing thermal lag and improving yield.
Connect a glass condenser(glass heat exchanger) to your system and feed it with a dedicated recirculating chiller. This pairing rapidly condenses solvent vapors during reflux or distillation, minimizing solvent loss and improving efficiency. The result? Faster condensation and better lab safety with closed-loop cooling.
A water pump can play multiple roles — from supporting vacuum filtration to circulating cooling water when chiller capacity is limited. It ensures that your setup runs without interruption and maintains steady flow where needed.
Precise Temperature Control for delicate chemical reactions
Faster Condensation and improved solvent recovery
Improved Process Safety and reduced reaction risk
Higher Yield and Reproducibility in lab-scale synthesis
Energy-Efficient Operation with optimized flow paths
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