Description
Distillation bridge with Liebig condenser attachment and vacuum stopper, DURAN®, length 250 mm combines vapour transfer and cooling in one glass assembly for laboratory distillation. The integrated Liebig-style condenser section supports efficient condensation of distillate while the vacuum stopper connection enables operation under reduced pressure when the rest of the apparatus is vacuum-compatible. Fabricated from DURAN® laboratory glass, the bridge is supplied as a single unit with an overall length of 250 mm and a weight of 0,430 kg. It belongs to distillation-bridge and glass-apparatus components used in extraction and separation workflows. This configuration from manufacturer Lenz is aimed at set-ups that need a ready condenser path rather than a bare connecting tube alone. The 250 mm length suits medium bench-scale trains where space and cooling surface must be balanced. Ground-glass interfaces allow integration into standard jointed glassware systems for organic synthesis, solvent recovery, and preparative distillation. Laboratories can mount the piece between boiling flask and receiver according to their joint layout, using the vacuum stopper port when reduced-pressure distillation is required. The DURAN® construction supports typical thermal cycling and chemical exposure encountered in routine laboratory distillation practice.
This article is part of Rubber & silicone stoppers, in Stoppers, caps & closures.
Key features
- Pack size: 1 pc
- Product type: Distillation bridge with Liebig condenser
- Material: DURAN® glass
- Additional feature: Vacuum stopper
- Length: 250 mm
- Weight: 0,430 kg
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Questions about Distillation bridge, Liebig condenser a., vacuum stopper, DURAN®, L 250 mm
What is this article?
Distillation bridge, Liebig condenser a., vacuum stopper, DURAN®, L 250 mm is the article on this page. Luminix Health distributes Lenz for laboratory use. It sits in Rubber & silicone stoppers, inside Stoppers, caps & closures, in Matériel de laboratoire.
A rubber or silicone stopper is pushed into a mouth. The size number corresponds to a top and bottom diameter. Silicone survives higher temperatures and more autoclave cycles. Natural rubber is attacked by oils and by some solvents.
A closure is the part that decides whether a bottle stays shut and whether the contents attack the seal. A ground-glass stopper matches a ground neck. A screw cap needs the right thread and a liner that survives the liquid. Rubber and silicone stoppers push into a mouth. The liner, not the colour of the cap, is the chemical choice. The vessels they close are indexed under ISO laboratory glassware.
Which category should I open next?
The category is Stoppers, caps & closures. The sub-category is Rubber & silicone stoppers. The catalogue is Matériel de laboratoire.
Shelves beside this one are Screw caps & closures, Ground-joint glass stoppers, Lids & seals and Closures (other).
What should I check before I order?
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