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Allihn Condensers (Bulb Condencer)

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Allihn Condensers (Bulb Condencer) Specification

Control Type
Manual

Display Type
Not Included

Features
Multiple glass bulbs for increased surface area, efficient condensation, uniform cooling

Shape
Straight Tube with Bulbous Chambers

Temperature Resistance
Up to 250C

Power Supply
Not Required

Type
Allihn Condenser (Bulb Condenser)

Dimension (L*W*H)
Length: Available in 200 mm, 300 mm, 400 mm; Diameter: Standard Lab Glass Sizes

Equipment Type
Laboratory Glassware

Equipment Materials
High Quality Borosilicate Glass

Material
Borosilicate Glass

Application
Laboratory Use for Distillation, Reflux, and Cooling Processes

Capacity (Ltr)
Variable Depending on Model Size

About Allihn Condensers (Bulb Condencer)

Allihn Condensers (Bulb Condencer)

Allihn Condensers (Bulb Condencer)

Socket

Cone

Effective Length (mm.)

14/23

160

19/26

160

14/23

250

19/26

250

24/29

250

24/29

300

29/32

300

24/29

400

29/32

400

Efficient Cooling with Maximum Surface Area

The Allihn Condenser stands out for its multiple bulb design, significantly increasing the inner surface area where vapor contacts glass. This innovation promotes rapid heat exchange and superior condensation, making it ideal for laboratory distillations or reflux procedures. Its uniform wall thickness ensures safety and durability under regular lab pressure.

Versatility in Laboratory Applications

Available in varying lengths (200 mm, 300 mm, 400 mm) and standard ground glass joints, these condensers fit most laboratory setups. The clear borosilicate construction provides chemical resistance and visibility, essential for observing reactions during use. From academic labs to industrial settings, the Allihn Condenser supports diverse experimental needs.

Simple Maintenance and Reusability

With an autoclavable structure and an uncomplicated design, the Allihn Condenser is simple to clean and sterilize. Its robust borosilicate glass withstands frequent manual washing or autoclave cycles, promoting easy maintenance and long-term reliability in demanding laboratory environments.

FAQs of Allihn Condensers (Bulb Condencer):

Q: How does the Allihn Condenser enhance condensation efficiency during laboratory procedures?

A: The Allihn Condenser features multiple bulbous chambers along a straight tube, substantially increasing the surface area where vapors condense. This design accelerates cooling, ensuring efficient condensation of vapors during distillation, reflux, or cooling applications.

Q: What is the recommended cleaning process for an Allihn Condenser?

A: The Allihn Condenser is autoclavable, allowing for sterilization using an autoclave. For routine cleaning, it can be disassembled and washed manually with standard laboratory detergents and brushes, ensuring easy removal of residues from the bulbs.

Q: When should you select an Allihn Condenser over other types of condensers?

A: Choose an Allihn Condenser when your process requires efficient cooling and condensation at standard laboratory pressures. Its bulb design is particularly suitable for applications involving moderate to high vapor volumes, such as reflux or fractional distillation.

Q: Where are Allihn Condensers typically used?

A: Allihn Condensers are widely used in chemistry laboratories, research institutions, and industrial settings throughout India and globally. They are a go-to choice for distillation, reflux, and cooling processes due to their durability and efficient design.

Q: What are the benefits of using borosilicate glass for Allihn Condensers?

A: Borosilicate glass offers excellent chemical resistance, high thermal stability (up to 250C), and transparency, making it ideal for laboratory glassware. These features help maintain safety and allow for easy observation during experiments.

Q: How do you select the correct Allihn Condenser size for your lab work?

A: Select the condenser length (200 mm, 300 mm, or 400 mm) and ground glass joint size (19/26, 24/29, etc.) based on your apparatus compatibility and the required cooling capacity for your experiment. Larger condensers with more bulbs are suitable for higher throughput applications.

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