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5390-Flask, Erlenmeyer with Joint, ASTM

  • Made from ASTM E-438 Type-1 Class A, Boro 3.3 glass
  • These Flasks comes with Ground Joint manufactured as per ASTM E-1404, Type 2, Class-1 requirement
  • The Flasks are printed in white colour enamel
  • Made from ASTM E-438 Type-1 Class A, Boro 3.3 glass
  • These Flasks comes with Ground Joint manufactured as per ASTM E-1404, Type 2, Class-1 requirement
  • The Flasks are printed in white colour enamel
PART  No.Capacity (ml)Joint SizePACK Qty.
5390-101014/202
5390-252514/202
5390-505014/202
5390-50-A5019/382
5390-50-B5024/402
5390-12512519/222
5390-125-A12524/402
5390-25025024/402
5390-30030024/402
5390-50050024/402
5390-1000100024/401
5390-2000200024/401

Here are some common uses:

  1. Refluxing Reactions:
    • The flask with a joint is often used in refluxing setups where a condenser or other apparatus can be attached to the joint. This is useful for reactions that require continuous refluxing of the reaction mixture.
  2. Distillation:
    • Erlenmeyer flasks with joints are employed in distillation setups. The joint allows for the attachment of a distillation head, condenser, or other distillation apparatus for separating components based on their boiling points.
  3. Fractional Distillation:
    • For more precise separation of components, the flask with a joint can be used in fractional distillation setups. This is common in purifying liquids or separating components with close boiling points.
  4. Vacuum Filtration:
    • The joint on the Erlenmeyer flask allows for the attachment of a vacuum source and filtration apparatus. This is useful for separating solids from liquids under reduced pressure.
  5. Chemical Synthesis:
    • Erlenmeyer flasks with joints are utilized in various chemical synthesis processes where additional apparatus, such as condensers or reflux systems, is required.
  6. Heating with Attachments:
    • The joint allows for the attachment of heating mantles or other heating devices for controlled and uniform heating of the flask contents.
  7. Solvent Evaporation:
    • In setups where solvent evaporation is needed, the joint on the flask allows for the attachment of a condenser or other apparatus to collect and condense evaporated solvents.
  8. Pressure Reactions:
    • The joint can be useful in setups where pressure reactions are conducted. It allows for the attachment of pressure-equalizing additions or monitoring devices.
  9. Synthesis and Reaction Monitoring:
    • Erlenmeyer flasks with joints are used in synthetic chemistry and reaction monitoring where additional monitoring equipment or sensors can be attached to the joint.
  10. Customized Setups:
    • The presence of a joint adds versatility, allowing scientists to create customized experimental setups by attaching various glassware or equipment as needed for specific experiments.

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