Seperatory Funnel 100 ml

The 100 ml Separatory Funnel is a crucial instrument in chemical laboratories for separating liquid mixtures with different densities. Constructed from high-quality, durable glass, it ensures clarity and precision during the separation process. The funnel features a precise ground glass stopper and a robust PTFE stopcock, allowing for smooth and controlled drainage of liquids. Its compact 100 ml capacity makes it ideal for small-scale extractions and experiments. Whether for educational purposes or professional applications, this funnel guarantees reliable performance and ease of use in any lab setting.

Key Features

1. High-Quality Glass Construction: Provides clarity and durability for accurate liquid separation.
2. Precision Ground Glass Stopper: Ensures a tight seal to prevent leakage and contamination.
3. Durable PTFE Stopcock: Offers smooth and precise control over liquid flow.
4. Compact 100 ml Capacity: Ideal for small-scale experiments and extractions.
5. Easy to Clean: Glass material allows for straightforward cleaning and maintenance.

Precautions

1. Handle with Care: Avoid dropping or knocking the funnel to prevent breakage.
2. Ensure Proper Sealing: Verify that the ground glass stopper is properly secured to prevent leaks.
3. Use Compatible Liquids: Ensure that the funnel is compatible with the chemicals being used to avoid reactions.
4. Clean Thoroughly: After use, clean the funnel thoroughly to remove residues and prevent contamination.
5. Avoid Excessive Heat: Do not expose the funnel to extreme temperatures that could cause thermal stress or breakage.

Frequently Asked Questions (FAQs)

Question: Can the 100 ml Separatory Funnel be used with organic solvents?
Answer: Yes, the funnel is suitable for use with most organic solvents. Ensure compatibility with the glass material and clean it thoroughly after use.

Question: How do I properly clean the Separatory Funnel?
Answer: Clean the funnel using appropriate solvents or detergents and rinse thoroughly with distilled water. Avoid using abrasive cleaners that could damage the glass.

Question: Is the Separatory Funnel resistant to chemical reactions?

Answer: The glass is resistant to many chemicals, but always check compatibility with specific substances to avoid unwanted reactions.

Question: What should I do if the stopcock becomes stuck?
Answer: If the PTFE stopcock is stuck, gently tap it or use a lubricant designed for laboratory equipment. Avoid forcing it, as this could cause damage.

Question: Can the Separatory Funnel be used in a centrifuge?
Answer: No, the Separatory Funnel is not designed for use in a centrifuge. It is intended for manual liquid separation and extraction processes.