Pear Shaped Flask, Two Necks (Side Neck at Angle) – High-Quality Laboratory Glassware for Chemical Reactions and Distillation

Description

The Pear Shaped Flask, Two Necks (Side Neck at Angle) is designed for versatility and efficiency in laboratory applications that require dual connections. This flask is made from premium borosilicate glass (Boro 3.3), offering excellent resistance to thermal shock, high temperatures, and chemicals, making it ideal for a wide variety of chemical reactions, distillation processes, and boiling operations. The angled side necks provide easy access for connecting other laboratory apparatus, such as condensers, adapters, and tubing, ensuring a leak-free and secure setup.

The pear-shaped design offers enhanced mixing and heat distribution capabilities, while the two angled necks provide added flexibility for different experimental setups. Whether you are performing distillations, reflux operations, or other chemical processes, this flask will provide the reliability and efficiency required for successful experiments.

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Key Features:

Borosilicate Glass (Boro 3.3):

Crafted from high-quality borosilicate glass, this flask offers exceptional thermal shock resistance, chemical durability, and high-temperature stability, ensuring long-term use in demanding laboratory conditions.

Two Angled Side Necks:

Equipped with two angled side necks, this flask allows for easy connections to other laboratory equipment, making it ideal for distillation, reflux, and other multi-step processes that require multiple apparatuses.

Pear-Shaped Design:

The pear-shaped design increases the flask’s surface area, promoting better mixing of reagents, improved heat distribution, and efficient reactions, making it ideal for various chemical processes.

Thermal and Chemical Resistance:

The Borosilicate glass ensures that the flask is resistant to thermal shock, high temperatures, and a broad range of chemicals, providing reliability even in aggressive chemical environments.

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Product Highlights:

Dual Neck Design with Angled Connections:

The two necks at an angle provide ample space for connecting other laboratory equipment and ensure that the flask is compatible with a wide range of condensers, adapters, and other accessories.

Enhanced Mixing and Heating Efficiency:

The pear-shaped design maximizes the surface area, leading to improved reagent mixing, uniform heat distribution, and optimal heating or cooling efficiency during experiments.

Versatile Laboratory Applications:

Ideal for chemical reactions, distillation, reflux operations, and other processes requiring multiple connections, making it a versatile and essential laboratory tool.

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Applications:

1. Chemical Reactions: Ideal for performing complex chemical reactions that require multiple apparatuses for efficient and safe experimentation.

2. Distillation and Reflux: The two angled necks provide easy connections to condensers and other equipment, making this flask perfect for distillation and reflux operations.

3. Heating and Boiling: The flask’s pear-shaped design ensures even heat distribution, making it suitable for heating and boiling substances under controlled conditions.

4. Pharmaceutical and Analytical Work: Essential for pharmaceutical and analytical chemistry applications, where precise and efficient reactions and processes are required.

5. Educational Laboratories: Frequently used in academic settings for teaching and demonstration of chemical reactions and distillation techniques.

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Why Choose the Pear Shaped Flask, Two Necks (Side Neck at Angle)?

Enhanced Flexibility: The two angled side necks allow easy connection to multiple apparatus, providing flexibility for various experiments that require more than one attachment.

Superior Performance: With its pear-shaped design, this flask ensures uniform heating and efficient mixing of reagents, improving overall performance in reactions and distillation processes.

Durable and Reliable: Manufactured from borosilicate glass, the flask is durable, resistant to thermal shock, and able to withstand high temperatures and chemicals.

Versatile Applications: Ideal for a wide range of laboratory processes, including distillation, reflux, and chemical reactions, making it a versatile tool for any lab.