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6860-Separating Funnel, Squibb shape, Without Graduation, Solid Glass Stopcock, ISO


6860-Separating Funnel, Squibb shape, Without Graduation, Solid Glass Stopcock, ISO

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  • Compliance with ISO 4800 standards
  • Without Graduation
  • With PE Stopper
PART  No. Capacity (ml) NS Bore (mm) PACK Qty.
6860-50 50 19/26 2.5 1
6860-100 100 19/26 2.5 1
6860-250 250 29/32 4 1
6860-500 500 29/32 4 1
6860-1000 1000 29/32 6 1
6860-2000 2000 29/32 6 1

Here are some common uses for such a separating funnel in accordance with ISO standards:

  1. Liquid-Liquid Extraction:
    • The primary function of a Squibb-shaped Separating Funnel is for liquid-liquid extraction, allowing for the separation of immiscible liquids or the extraction of specific compounds from a mixture.
  2. Sample Preparation for Analysis:
    • Laboratories use these funnels to prepare samples for analysis by separating different components or isolating specific fractions for further testing, such as chromatography or spectroscopy.
  3. Chemical Reagent Addition:
    • The solid glass stopcock allows for precise control over the addition of chemical reagents to reaction mixtures, facilitating controlled reactions in chemical processes.
  4. Phase Separation:
    • Squibb-shaped Separating Funnels without graduations are often used in processes where clear phase separation is essential, ensuring the clean separation of different liquid layers.
  5. Solvent Recovery:
    • After a chemical reaction or process, the funnel can be used for solvent recovery by allowing the separation of solvents from the reaction mixture.
  6. Process Scale-Up:
    • These funnels may be used in larger-scale processes or industries where higher volumes are involved. The absence of graduations simplifies the design, making it suitable for different scales of applications.
  7. Industrial Processes:
    • In various industrial settings, Squibb-shaped Separating Funnels with solid glass stopcocks are employed for liquid-liquid separations and extractions.
  8. Reaction Product Isolation:
    • The funnel can be used to isolate and separate products of chemical reactions from reaction mixtures.
  9. Fractionation:
    • In processes where different components of a mixture need to be separated based on their physical properties, Squibb-shaped Separating Funnels can be employed.
  10. Quality Control Processes:
    • Industries use these funnels for quality control processes, especially when precise separations are needed for the analysis of specific components.
  11. Research and Development:
    • Squibb-shaped Separating Funnels without graduations and with solid glass stopcocks find applications in research laboratories for various experiments and processes involving liquid-liquid separations.
  12. Biological Sample Processing:
    • In biological laboratories, these funnels can be used for processing and extracting specific compounds from biological samples.
  13. Teaching and Demonstrations:
    • Educational laboratories may use these funnels for teaching purposes, demonstrating liquid-liquid extraction techniques and the principles of phase separation.
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