VEVOR Labor-Destillationsset - 1000 ml - 14-teilig

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Currently unavailable
The VEVOR 1000ml Laboratory Distillation Kit is an essential tool for chemistry students, hobbyists, and professionals who need a reliable, modular setup for distillation and fractionation experiments. Constructed from high-quality 3.3 borosilicate glass, it offers superior thermal resistance and durability for consistent lab work, though users should handle the glass components with extreme care due to their inherent fragility during assembly and cleaning.
| Brand | VEVOR |
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Yes, this kit is perfectly suited for distilling water to achieve high levels of purity.
Yes, it is made of 3.3 borosilicate glass, which is designed to withstand significant thermal stress.
No, this is a glassware-only kit. You will need to provide your own heating source, such as a heating mantle or an oil bath.
The 24/40 is the most common industry standard for laboratory glassware, making it very easy to source spare parts or additional modules.
Store them in a padded container or a dedicated laboratory cabinet to prevent impact damage. Avoid stacking glass items directly on each other.
Gently tap the joint with a rubber mallet or soak the area in a penetrating oil. Do not force them, as the glass may shatter.
Ensure all 24/40 joints are properly greased with lab-grade vacuum grease and securely held with joint clips.
Check that your coolant water flow is consistent and entering from the bottom intake of the condenser and exiting from the top.
To set up the kit, start by securing your boiling flask to a support stand using a ring clamp. Gradually assemble the distillation head, thermometer adapter, and condenser, ensuring each 24/40 joint is seated firmly. Always use clips to secure the joints together during operation.
For compatibility, the 24/40 standard size means you can swap individual pieces for specialty glassware, such as adding a Vigreux column for better separation efficiency.
Care instructions are vital: always allow glass to cool gradually before cleaning to prevent thermal shock. Hand-wash components with a mild laboratory detergent and a soft brush. For stubborn residues, use an appropriate solvent that is compatible with borosilicate glass, and always inspect for hairline cracks before beginning a new experiment.