Condensers

Laboratory condensers are essential for cooling vapours and converting them back into liquid during distillation, reflux, and extraction processes. Our range of high-quality glass condensers is engineered for efficient heat exchange and reliable performance in chemical laboratories. Constructed from durable borosilicate glass, these condensers offer excellent resistance to thermal shock and chemical corrosion. Compatible with standard laboratory glassware joints, they integrate seamlessly into distillation and reflux setups. Available in multiple designs and lengths, they support a variety of scientific and industrial applications. Whether used in research, education, or pharmaceutical development, our condensers provide dependable temperature control and consistent condensation efficiency. Discover laboratory-grade solutions tailored to meet the needs of Australian laboratories seeking safe and precise vapour management.
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Air condenser made from BORO 3.3 borosilicate glass for natural air cooling in laboratory distillation and reflux setups supplied by LabChoice Australia.
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Air Condenser Borosilicate Glass BORO 3.3 Laboratory Grade

From $19.90 (Ex GST)
Allihn bulb condenser made from BORO 3.3 borosilicate glass with interchangeable joints for efficient reflux cooling – LabChoice Australia.
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Allihn Bulb Condenser Borosilicate Glass BORO 3.3 for High Efficiency Reflux

From $49.90 (Ex GST)
Allihn condenser for Soxhlet extraction made from BORO 3.3 borosilicate glass with multi-bulb cooling design – LabChoice Australia.
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Allihn Condenser Soxhlet Extraction BORO 3.3 Glass

From $69.90 (Ex GST)
Clevenger condenser for essential oil extraction apparatus, borosilicate glass BORO 3.3, LabChoice Australia
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Clevenger Condenser for Clevenger Apparatus for Essential Oil Extraction, Borosilicate Glass (BORO 3.3)

From $38.50 (Ex GST)
Davies double surface condenser made from BORO 3.3 borosilicate glass with dual cooling surfaces for high-efficiency reflux – LabChoice Australia.
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Davies Double Surface Condenser BORO 3.3 for Efficient Reflux

From $64.90 (Ex GST)
Dimroth coil condenser with double-spiral internal cooling coil made from BORO 3.3 borosilicate glass for high-efficiency reflux and distillation – LabChoice Australia.
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Dimroth Coil Condenser BORO 3.3 Borosilicate Glass

From $70.90 (Ex GST)
Dimroth condenser for Soxhlet extraction and laboratory apparatus, made from BORO 3.3 borosilicate glass by LabChoice Australia
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Dimroth Condenser For Soxhlet Extraction and Apparatus BORO 3.3 Glass

From $129.90 (Ex GST)
Ether cooling condenser made from BORO 3.3 borosilicate glass with straight inner tube for efficient vapour condensation, LabChoice Australia
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Ether Cooling Condenser, BORO 3.3 Glass

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Friedrichs condenser made from BORO 3.3 borosilicate glass by LabChoice Australia with internal spiral coil for high efficiency vapour cooling during reflux and distillation.Friedrichs condenser made from BORO 3.3 borosilicate glass by LabChoice Australia with internal spiral coil for high efficiency vapour cooling during reflux and distillation.
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Friedrichs Condenser BORO 3.3 Borosilicate Glass Laboratory Grade

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Graham coil condenser with internal spiral cooling coil made from BORO 3.3 borosilicate glass for high-efficiency condensation – LabChoice Australia.
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Graham Coil Condenser BORO 3.3 Borosilicate Glass for Efficient Reflux

From $44.90 (Ex GST)
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Graham reflux condenser made from BORO 3.3 borosilicate glass with internal spiral coil for high efficiency cooling, supplied by LabChoice Australia.
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Graham Reflux Condenser BORO 3.3 Borosilicate Glass

From $69.90 (Ex GST)
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Hempel distillation column plain made from BORO 3.3 borosilicate glass for smooth vapour rise and reliable separation in laboratory distillation setups.
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Hempel Distillation Column Plain BORO 3.3 Borosilicate Glass

From $24.90 (Ex GST)
Jacketed coil condenser BORO 3.3 borosilicate glass for efficient vapour cooling in reflux and distillation setups – LabChoice Australia
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Jacketed Coil Condenser BORO 3.3 Chemistry Grade

From $137.90 (Ex GST)
Liebig condenser with interchangeable joint socket, borosilicate glass BORO 3.3, LabChoice Australia
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Liebig Condenser with Interchangeable Joint Socket, Borosilicate Glass (BORO 3.3)

From $32.90 (Ex GST)
Angled reflux condenser made from BORO 3.3 borosilicate glass by LabChoice Australia, designed for efficient vapour cooling and continuous reflux in chemical reactions.
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Reflux Condenser Angled BORO 3.3 Borosilicate Glass

From $73.90 (Ex GST)
Reflux separator made from BORO 3.3 borosilicate glass by LabChoice Australia with PTFE stopcock for controlled condensate collection and phase separation in distillation setups.
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Reflux Separator Receiver with PTFE Stopcock, BORO 3.3 Borosilicate Glass

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Soxhlet extraction set with coil condenser made from BORO 3.3 glass by LabChoice Australia, complete apparatus for continuous solvent extraction.
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Soxhlet Extraction Set with Allihn Condenser BORO 3.3 Glass

$499.90 (Ex GST)
Vigreux Fractionating Distillation Column made from high-quality borosilicate glass (BORO 3.3), featuring multiple indentations for efficient vapor-liquid contact and precise separation during fractional distillation.
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Vigreux Fractionating Distillation Column, Borosilicate Glass (BORO 3.3)

From $37.50 (Ex GST)
West condenser BORO 3.3 borosilicate glass for efficient reflux cooling in laboratory distillation setups – LabChoice Australia
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West Condenser BORO 3.3 for Efficient Reflux Cooling

From $44.90 (Ex GST)

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Condensers are laboratory glassware components used to cool vapours and return them to liquid during reflux, distillation, solvent recovery, Soxhlet extraction, and essential oil separation. The range shown includes air condensers, Allihn bulb condensers, Davies double-surface condensers, Dimroth coil condensers, Friedrichs condensers, Graham coil condensers, Liebig condensers, West condensers, jacketed coil condensers, angled reflux condensers, extraction condensers, fractionating columns, and specialised receivers.

Allihn, Davies, Dimroth, Friedrichs, Graham, Liebig, and West designs provide different vapour paths and cooling surface arrangements. Allihn bulb condensers offer an enlarged internal surface for reflux work, while Liebig and West condensers provide a straightforward jacketed tube design for routine condensation. Dimroth, Graham, Friedrichs, Davies, and jacketed coil models increase vapour contact with cooled surfaces for workflows requiring more efficient reflux or vapour recovery.

The extraction range includes Allihn condensers for Soxhlet work, Dimroth condensers for Soxhlet apparatus, and a complete Soxhlet Extraction Set with Allihn Condenser. The Clevenger Condenser supports compatible Clevenger apparatus used for essential oil extraction and hydrodistillation. These components should be selected according to the extraction body, flask capacity, ground joint size, cooling requirement, and laboratory method.

The category also includes a Hempel Distillation Column and Vigreux Fractionating Distillation Column for improving vapour-liquid contact during fractionation. The Reflux Separator Receiver with PTFE Stopcock supports controlled collection or separation within compatible reflux and distillation assemblies. The Ether Cooling Condenser and angled reflux condenser provide additional configurations for specialised cooling and apparatus layouts.

Most products in this range are manufactured from BORO 3.3 borosilicate glass, offering low thermal expansion, chemical resistance, and clear visibility during heating and condensation work. Compatible ground joints help integrate the condenser with flasks, extraction bodies, receivers, and adapters. Joint size, effective length, coolant connection, vapour direction, and apparatus compatibility should be checked before ordering.

For water-cooled condensers, coolant is normally introduced through the lower connection and discharged from the upper connection where this matches the manufacturer’s design. This helps keep the cooling jacket filled during operation. Glassware should be clamped without placing stress on the joints, flexible tubing should be secured, and sudden temperature changes should be avoided.

ISO 4799 specifies several laboratory condenser designs, including Allihn, Liebig-West, coiled distillate, coolant-tube, and double-section condensers. ISO 3585 defines the material properties of borosilicate glass 3.3. ASTM E438 covers glass types commonly used in laboratory apparatus, while ASTM E676 covers the dimensions and tolerances of interchangeable taper-ground joints. These standards should only be presented as product compliance claims where confirmed by manufacturer documentation.

For LabChoice Australia customers, Condensers provide a broad BORO 3.3 glassware range for chemistry laboratories, universities, research facilities, pharmaceutical development, environmental testing, teaching laboratories, and industrial quality control workflows involving reflux, extraction, distillation, cooling, and solvent recovery.