borosilicate glass separatory funnels

Professional Borosilicate Glass Separatory Funnels for Precise Liquid Extraction

Product Description:

Borosilicate glass separatory funnels are essential tools for achieving superior efficiency in liquid extraction processes. Designed for the precise separation of immiscible liquids, these funnels play a crucial role in chemistry laboratories, scientific research, and industrial applications. Made from high-quality borosilicate glass, they provide exceptional durability and chemical resistance, ensuring accurate results and long-term reliability in demanding environments. Each funnel features integrated PTFE stopcocks for smooth, leak-free control of flow rates, making them ideal for organic chemistry experiments, solvent extraction, and complex phase separations.

Key Features:

• Premium Material: High-quality borosilicate glass provides excellent thermal shock resistance and chemical durability.
• PTFE Stopcock: Maintenance-free stopcock allows precise control over liquid flow, ensuring secure operation without the need for grease.
• Standardized Joints: Available with precision-ground joints (such as 24/40 and 24/29) for airtight connections with laboratory glassware.
• Ergonomic Design: Optimized shape for comfortable handling and efficient separation of liquid layers.
• Wide Compatibility: Suitable for a broad range of solvent extractions and phase separation protocols.

Why Choose Our Separatory Funnels?

• Reliability: Built sturdy to withstand rigorous daily laboratory use.
• Precision: High-clarity glass allows for easy visualization of the phase interface, ensuring accurate separation.
• Versatility: Supports applications across academic, research, and industrial settings.
• Safety: Chemical-resistant PTFE components ensure secure and controlled liquid handling.
• Efficiency: Streamlined design facilitates faster extraction processes while minimizing sample loss.

Applications:

1. Chemistry Labs: Indispensable for organic synthesis, reaction workups, and purified separations.
2. Research Institutions: Critical for advanced sample preparation and analytical chemistry procedures.
3. Educational Purposes: Ideal for teaching standard solvent extraction techniques in chemistry classrooms.
4. Industrial Settings: Highly effective for quality control, product development, and small-scale manufacturing processes.