


Recovery Head, Sloping with Thermometer Socket
Recovery Head � Sloping with Thermometer Socket is a precision laboratory glass component used in distillation assemblies to guide vapour from the flask to the condenser while allowing accurate temperature monitoring. Featuring a sloping vapour path and a ground glass thermometer socket, this recovery head ensures efficient vapour transfer and precise distillation control.
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Product Details
Recovery Head � Sloping with Thermometer Socket is an essential component in laboratory distillation systems, designed to connect the boiling flask to the condenser while simultaneously accommodating a thermometer for temperature measurement. The sloping design promotes smooth vapour flow and efficient direction of condensate into the condenser.
Manufactured from high-quality, chemically resistant glass, this recovery head offers excellent transparency, durability, and thermal stability. The integrated thermometer socket allows precise placement of a thermometer at the vapour path, enabling accurate monitoring of boiling and distillation temperatures.
Precision-ground cone fittings ensure secure, leak-free connections with both the flask and condenser, maintaining system integrity during operation. The sloping configuration provides flexibility in apparatus layout and is widely used in routine and fractional distillation setups.
This recovery head is suitable for:
- Simple and fractional distillation
- Solvent recovery and purification
- Temperature-controlled distillation processes
- Chemical synthesis and separation
- Academic, research, and industrial laboratories
Available with standard ground glass joint combinations and 14/23 or 19/26 thermometer socket options, this recovery head integrates seamlessly into modular laboratory glassware systems.
Recovery heads with sloping design and thermometer socket combine efficient vapour transfer, accurate temperature monitoring, and reliable joint compatibility, making them indispensable for controlled distillation operations.
























