Description
The Pear Shaped Vigreux Flask with Side Neck is a specialized piece of laboratory glassware designed for distillation, separation, and purification processes. Made from high-quality borosilicate glass, this flask features a Vigreux design that is perfect for fractional distillation where enhanced condensation and efficient separation are required. The side neck allows for easy integration with other distillation apparatus, making it versatile and highly functional for complex laboratory procedures.
The Vigreux design includes graduated indentations along the neck, which increase the surface area for better condensation during distillation. The side neck provides additional functionality for connecting other devices such as thermometers, vacuum lines, or condensers, offering increased flexibility and operational convenience in a variety of distillation setups.
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Key Features:
Pear Shaped Design:
The pear-shaped body ensures that liquids can move efficiently during distillation, promoting uniform heat distribution and improving the overall performance of the process.
Vigreux Design:
The graduated indentations along the neck significantly enhance condensation during fractional distillation, improving the separation of liquid mixtures based on their boiling points and ensuring high-purity results.
Side Neck:
The side neck allows for easy connection with other laboratory equipment such as condensers, thermometers, or vacuum lines, increasing the versatility of the flask for a variety of distillation or separation applications.
Premium Borosilicate Glass:
Crafted from high-quality borosilicate glass (Boro 3.3), the flask is resistant to thermal shock, high temperatures, and a wide range of chemicals, making it highly durable for rigorous laboratory environments.
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Product Highlights:
Enhanced Distillation Efficiency:
The Vigreux design helps facilitate fractional distillation by increasing condensation, leading to more effective separation and higher recovery rates of volatile components.
Versatile Laboratory Use:
With the side neck, the flask allows seamless integration with other laboratory equipment, making it suitable for a variety of separation, purification, and distillation applications.
Superior Thermal and Chemical Resistance:
The borosilicate glass ensures that the flask is resistant to temperature extremes and chemical exposure, providing long-lasting durability even in demanding lab settings.
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Applications:
1. Fractional Distillation: Perfect for fractional distillation of mixtures with varying boiling points, where the Vigreux design increases the efficiency of separation through enhanced condensation.
2. Chemical Separation: Ideal for separating volatile compounds and solvents, the Vigreux design improves the separation process and ensures higher purity of distillates.
3. Refluxing and Purification: The side neck makes it easy to attach additional apparatus like vacuum lines, thermometers, or condensers for refluxing or purification operations.
4. Pharmaceutical and Analytical Work: Essential in pharmaceutical labs and analytical chemistry for the distillation and separation of volatile substances, solvents, and chemicals.
5. Educational Laboratories: Frequently used in academic settings for teaching and demonstrating fractional distillation and other separation techniques in chemistry experiments.
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Why Choose the Pear Shaped Vigreux Flask with Side Neck?
Increased Separation Efficiency: The Vigreux design enhances condensation, making the flask ideal for fractional distillation and separation processes requiring high-purity results.
Durable and Reliable: Constructed from high-quality borosilicate glass, this flask is resistant to thermal shock, high temperatures, and chemical stresses, ensuring long-term reliability.
Versatile and Convenient: The side neck provides easy integration with various distillation apparatus, increasing the flask’s versatility for a range of laboratory applications.
Uniform Heat Distribution: The pear-shaped body ensures uniform heating, making the flask efficient for a wide range of distillation and chemical processes.
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