User-friendly Separatory Funnel With Glass Stopcock, 1000ml, Case Of 12 By Go Science Crazy Perfect For Gifting [0rR3boVI]

High-Quality Separatory Funnel Set

Introducing the User-friendly Separatory Funnel With Glass Stopcock, 1000ml, Case Of 12 By Go Science Crazy Perfect For Gifting [0rR3boVI]. This comprehensive set is designed for precision and efficiency in liquid-based extractions. Each funnel features a robust ground glass stopcock and comes with a ground glass stopper, ensuring a secure and leak-proof seal. This set is an essential tool for any laboratory or educational setting where separating solvent phases is a regular task.

• High Capacity: Each funnel holds up to 1000ml, making it suitable for a wide range of applications.
• Quality Materials: Made from durable borosilicate glass, these funnels are resistant to temperature changes and chemical corrosion.

Key Product Specifications

The Separatory Funnel with Glass Stopcock, 1000ml, is crafted with precision. Each funnel has a ground glass stopcock for controlled liquid flow and a ground glass stopper for a tight seal. The funnels are designed to separate two solvent phases of different densities, making them ideal for various liquid extractions. Key specifications include:

• Capacity: 1000ml per funnel.
• Material: Borosilicate glass.
• Included: Ground glass stopcock and stopper.

Practical Applications and Benefits

The Separatory Funnel with Glass Stopcock, 1000ml, is an invaluable tool for a variety of applications. Whether you're conducting scientific research, educational experiments, or chemical analysis, these funnels are designed to enhance your workflow. The benefits of using this product include:

• Efficiency: Streamline your liquid separation process with these high-capacity funnels.
• Accuracy: The ground glass stopcock and stopper ensure precise control and minimal leakage.

Ideal for use in laboratories, educational institutions, and professional environments, this set of 12 funnels is a must-have for anyone involved in liquid-based extractions.