Condenser Reflux
Product Code : EL-GC-10192
This coil-style reflux condenser, made from borosilicate glass, has a tightly wrapped internal coil designed to provide maximum cooling surface for reflux applications in school, college and research laboratories.
Quick answer: The Condenser Reflux is a coil-style borosilicate glass condenser with a tightly wrapped internal coil that maximises cooling surface area, designed for efficient vapour condensation during reflux operations.
| Feature | Specification |
|---|---|
| Type | Coil-style Reflux Condenser |
| Material | Borosilicate Glass |
| Coil Design | Tightly wrapped for maximum cooling |
| Primary Application | Reflux |
| Manufacturer | Lab Glassware Manufacturer, Ambala, Haryana, India |
How the Tightly Wrapped Coil Improves Reflux
During reflux, vapour rising from a heated flask must be condensed back into liquid and returned to the reaction vessel repeatedly over the course of a procedure. The Condenser Reflux packs its internal coil tightly, increasing the surface area in contact with cooling water relative to the condenser's overall length. This helps ensure vapour is condensed efficiently even during extended reflux runs, reducing the risk of uncondensed vapour escaping at the top of the condenser.
Frequently Asked Questions
What material is the Condenser Reflux made from?
It is made from borosilicate glass.
What makes this a "coil-style" condenser?
It has a tightly wrapped internal coil that increases the cooling surface area within a compact length, suited to reflux work.
Is this condenser suitable for distillation as well as reflux?
It is designed primarily for reflux; for straightforward distillation, a Liebig or short path condenser may be more suitable depending on the application.
Related Products
Other condensers from Lab Glassware Manufacturer: Condenser Coil, the full Glass Condenser range, and Laboratory Glass Condenser category.
Request a Quote
Contact Us for a quotation, or visit the Tenders page for bulk and institutional procurement.
Last updated: September 2026.
 (1).png)
 (1).png)