Description
Graham condenser DIN 12592 with cone NS 24/29 is a coil-type laboratory condenser engineered for efficient vapour cooling in distillation and reflux applications. The 250 mm jacket length creates an extended spiral cooling path that promotes thorough heat exchange between the vapour stream and the circulating coolant. Manufactured to DIN 12592, the standardised ground joint guarantees reliable interchangeability with other NS 24/29 glassware components commonly found in organic synthesis setups. Supplied in a pack of 2 pieces from manufacturer Witeg, this Graham condenser is well suited for solvent recovery, reaction work-up and purification workflows in research and teaching laboratories. Each unit has a net weight of 0,289 kg, offering a practical balance of cooling capacity and everyday handling convenience. The coil design encourages turbulent coolant flow around the inner spiral, improving condensation performance relative to straight-tube condensers. Laboratories performing bench-scale organic chemistry, analytical sample preparation or routine distillation benefit from the robust construction and standardised joint geometry of this Schlangenkühler-style apparatus.
This article is part of Reaction vessels & jacketed vessels, in Beakers & flasks.
Key features
- Pack size: 2 pc(s)
- Type: Graham condenser (coil condenser)
- Standard: DIN 12592
- Joint: Cone NS 24/29
- Jacket length: 250 mm
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Questions about Graham condenser DIN 12592 cone ST 24/29
What is this article?
Graham condenser DIN 12592 cone ST 24/29 is the article on this page. Luminix Health distributes Witeg for laboratory use. It sits in Reaction vessels & jacketed vessels, inside Beakers & flasks, in Matériel de laboratoire.
A reaction vessel is the flask a synthesis actually runs in, sometimes jacketed so a fluid can heat or cool the wall. The joints, the working volume and the jacket connections are the specification. It is not a storage bottle.
A beaker is an open working vessel: easy to pour, poor as a measure. An Erlenmeyer flask has a flat base and a conical wall so a liquid can be swirled without climbing out. A round-bottom flask is for heating under a condenser, because the heat meets a curved wall and the joint at the neck connects to the rest of the glassware. Borosilicate is the glass that survives the temperature change. These forms are listed under ISO laboratory glassware.
Which category should I open next?
The category is Beakers & flasks. The sub-category is Reaction vessels & jacketed vessels. The catalogue is Matériel de laboratoire.
Shelves beside this one are Round-bottom flasks, Beakers, Erlenmeyer flasks, Flat-bottom flasks, Flasks (other) and Beaker & flask accessories.
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