BUCHI R-250 Evaporator Flask 50L Glassware Chemistry Distillation System
BUCHI
Details
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CategoryEvaporator
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Dimension18.0in x 18.0in x 23.0in
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SerialDoes Not Apply
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Shipping TypeFedEx Ground
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ManufacturingDoes Not Apply
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Voltage / HertzDoes Not Apply / Does Not Apply
Description
This NEW BUCHI Evaporating Flask, suitable for the R-250 model, offers a substantial 50-liter capacity ideal for a range of chemistry applications, particularly in large-scale distillation processes. The flask is designed for efficient handling within the evaporation setup, accommodating high-volume requirements typically encountered in industrial and laboratory environments. Despite its new and unused condition, minor cosmetic imperfections may be present, reflecting its time in storage. This glassware component is essential for integrated chemical processing and efficient solvent recovery, perfectly suited for research or production settings seeking robust equipment. Ideal for use with Buchi rotational evaporators, the Evaporating Flask is a critical accessory for seamless chemical workflows, ensuring optimal process performance.
Key Features
- 50-liter capacity perfect for large-scale distillation
- Compatibility with BUCHI R-250 rotational evaporators
- Constructed for high-volume chemical applications
- New condition with minimal cosmetic imperfections
- Enhances solvent recovery in laboratory settings
Specifications
- Capacity: 50 liters
- Designed for use with BUCHI R-250 Evaporator
- Ideal for high-volume chemical processing
- Glass construction ensures chemical resistance
- Efficient for solvent recovery and evaporation processes
Weight
Imperial: 18.0 Pounds
Metric: 8.16 Kilograms
Shipping Dimensions
Imperial: 21.6 lb x 21.6 lb x 27.6 lb
Metric: 54.86 cm x 54.86 cm x 70.1 cm
Harmonized Code
841990
Harmonized Code Details
841990 - Machinery, plant or laboratory equipment, whether or not electrically heated: Parts. This code was chosen as it includes parts for laboratory equipment, relevant to the BuCHI flask's role in evaporative chemical processes.
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