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Coil Condensers, Graham

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Coil Condensers, Graham Specification

Glass Type
Borosilicate Glass 3.3

Power Supply
Not Required

Features
Uniform Cooling, High Thermal Shock Resistance, Spiral Inner Coil for Efficient Condensation

Temperature Resistance
Up to 300C

Type
Coil Condenser

Equipment Type
Laboratory Glassware

Equipment Materials
Borosilicate Glass

Voltage
Not Required

Material
High Quality Borosilicate Glass

Application
Laboratory Distillation, Condensation of Vapors

Capacity (Ltr)
Customized, generally 50 mL to 2000 mL

About Coil Condensers, Graham

Coil Condensers, Graham

Coil Condensers, Graham, Coiled Distillate Type

Socket

Cone

Effective Length (mm.)

14/23

160

19/26

160

24/29

160

19/26

250

24/29

250

29/32

250

24/29

300

29/32

300

29/32

400

Optimized for Laboratory Efficiency

This Graham Coil Condenser is specifically designed to deliver high performance and uniform cooling in scientific processes such as distillation and vapor condensation. Its spiral inner coil provides efficient condensation, while the clear borosilicate glass ensures excellent visibility and thermal resistance up to 300C. Seamlessly integrate it into chemistry, pharmacy, or biotech labs its built for demanding laboratory environments.

Versatile Sizes and Tight Compatibility

Available in standard ground joint sizes (e.g., 24/29, 19/26) and multiple lengths, this condenser adapts to diverse experimental setups. The two water nozzles support flexible tubing for reliable water flow, and its compatibility with standard lab stands ensures secure clamping and easy positioning. Whether your needs call for a 50 mL to 2000 mL capacity, this product provides customizable solutions.

Reliable, Safe, and Easy Maintenance

Manufactured in India and conforming to ISO laboratory glassware standards, this coil condenser offers safety and longevity. It can effortlessly withstand autoclaving and routine cleaning, helping maintain high laboratory standards. With no power supply or voltage required, and a robust borosilicate construction, it guarantees consistent performance under atmospheric or light vacuum conditions.

FAQs of Coil Condensers, Graham:

Q: How does a Graham Coil Condenser function in laboratory distillation?

A: A Graham Coil Condenser facilitates the condensation of vapors during distillation by allowing coolant to circulate through its spiral coil, efficiently transferring heat and promoting rapid condensation. Its design maximizes surface area for optimal cooling.

Q: What joint sizes and connection types are available for this coil condenser?

A: The condenser is available with standard ground joints such as 24/29 and 19/26. It offers both socket and cone or standard taper joints, ensuring compatibility with a wide range of laboratory glassware setups.

Q: When should I choose a longer coil condenser length (e.g., 500 mm)?

A: Longer coil condensers, such as the 500 mm option, are ideal for processes requiring enhanced cooling efficiency or handling larger vapor volumes. Selecting the size depends on your specific application and the capacity needed.

Q: Where can this condenser be mounted in the laboratory?

A: This Graham Coil Condenser is designed to be clamped onto standard laboratory stands, allowing secure positioning and ease of integration into setups for distillation or other condensation processes.

Q: What is the process for cleaning and autoclaving the coil condenser?

A: The condenser is made from high-quality borosilicate glass and can be autoclaved for sterilization. Rinse thoroughly with appropriate solvents or detergents and allow it to dry prior to autoclaving to maintain cleanliness and longevity.

Q: How does using a borosilicate glass condenser benefit laboratory work?

A: Borosilicate glass offers exceptional chemical and thermal resistance, preventing thermal shock and corrosion during experiments. This ensures reliable results, longevity of the equipment, and safer laboratory operations.

Q: What are the key applications for this Graham Coil Condenser?

A: Typical applications include laboratory distillation, condensation of chemical vapors, and use in chemistry, pharmacy, and biotechnology laboratories where efficient cooling and condensation are essential.

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