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Liebig Condensers

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Liebig Condensers Specification

Shape
Cylindrical

Glass Type
Borosilicate

Control Type
Manual

Features
Straight inner tube with outer coolant jacket, ground glass joints for secure connections, chemical and thermal resistance

Temperature Resistance
Up to 250C

Type
Liebig Condenser

Dimension (L*W*H)
Approx. 30-40 cm length x 2-2.5 cm diameter (various sizes available)

Equipment Type
Laboratory Condenser

Equipment Materials
Borosilicate Glass

Material
Borosilicate Glass

Application
Laboratory use for distillation and condensation

Usage
Horizontal or Angled Positioning

Joint Size(s)
Standard Ground Glass Joints, Customizable Inlet/Outlet Sizes

Connections
Hose Connectors for Water Inlet/Outlet

Cleaning
Autoclavable, Reusable

Finish
Polished Ends and Joints

Cooling Type
Water-Jacketed Outer Tube

Compliance
ISO Certified Production

Weight
Varies by Length, Typically Light

About Liebig Condensers

Liebig Condensers

Socket

Cone

Effective Length (mm.)

14/23

160

19/26

160

19/26

250

24/29

250

19/26

300

24/29

300

29/32

300

24/29

400

29/32

400

Superior Cooling Performance

The Liebig Condenser features a straight inner tube surrounded by a water-jacketed outer sleeve. This design maximizes the exposure of vapor to the cooling surface, ensuring rapid and efficient condensation. Customizable hose connectors allow for versatile water flow control, enhancing the condensers functionality in various laboratory distillation setups.

Durable and Chemical-Resistant Material

Crafted from premium borosilicate glass, the Liebig Condenser is extremely resistant to chemicals and thermal shocks. Its polished ground glass joints promote airtight connections, and the robust structure ensures longevity, making it suitable for repeated autoclavation and reuse without compromising on performance or safety.

Compliance and Versatility

Each condenser is manufactured following ISO certified protocols, guaranteeing high standards and consistent quality. Available in multiple lengths and diameters, and suitable for both horizontal and angled usage, these condensers cater to a wide array of laboratory needs, supporting research and industrial applications across India.

FAQs of Liebig Condensers:

Q: How is the Liebig Condenser cleaned and maintained for repeated use?

A: The Liebig Condenser is fully autoclavable, allowing for effective sterilization and cleaning between uses. Its borosilicate glass construction resists chemical corrosion and thermal stress, making it easy to rinse, brush, and sterilize without degrading the material integrity.

Q: What types of laboratory applications is this condenser best suited for?

A: This condenser is ideal for distillation and condensation processes in chemistry and research laboratories. Its efficient water-jacketed cooling is suitable for vapor-phase condensations, solvent recovery, and various organic synthesis tasks.

Q: When should I opt for customized inlet/outlet sizes on the Liebig Condenser?

A: Customized hose connectors are beneficial when you require specific water flow rates or need to integrate the condenser with unique laboratory setups. Custom sizes ensure compatibility with your existing water supply and equipment.

Q: Where can the Liebig Condenser be positioned during operation?

A: The design allows for both horizontal and angled positioning, providing flexibility to adapt to different lab apparatus configurations and optimize condensate collection based on your experimental needs.

Q: What are the main benefits of using a borosilicate glass Liebig Condenser?

A: Borosilicate glass offers superior thermal and chemical resistance, withstanding temperatures up to 250C. This ensures reliable performance even with aggressive chemicals and repeated heating/cooling cycles.

Q: How does the water-jacketed outer tube enhance condenser performance?

A: The water-jacketed outer tube ensures uniform cooling along the length of the condenser, rapidly condensing vapors and minimizing product loss. This design also maintains efficient heat exchange throughout the distillation process.

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