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2520-ADAPTERS, SPLASH HEADS, VERTICAL

  • Vertical, Pear Shape
  • Lower cone accepts flask & upper cone accepts condenser
  • Vertical, Pear Shape
  • Lower cone accepts flask & upper cone accepts condenser
PART No. NS MALE SIZE  to fit Flask NS MALE SIZE to fit Condenser Pack(Qty)
2520-14M 14/23 14/23 10
25020-19M 19/26 19/26 10
2520-24M 24/29 19/26 10
2520-24M-A 24/29 24/29 10
2520-29M 29/32 29/32 10

Here are some common uses for a Splash Head, Vertical in a laboratory setting:

  1. Chemical Reactions: During chemical reactions that may produce splattering or foaming, a vertical splash head can be attached to the neck of the reaction vessel to control the release of vapors and prevent spills.
  2. Distillation Setups: In distillation apparatus, particularly when handling volatile or reactive substances, a vertical splash head can be used to prevent liquid from being carried over into the condenser, ensuring the purity of the distillate.
  3. Solvent Recovery: When recovering solvents through distillation, a vertical splash head can be employed to control the vapor flow and prevent splashing, facilitating efficient solvent recovery.
  4. Reflux Setups: In reflux setups, where vapors are condensed and returned to the reaction flask, a vertical splash head can be used to minimize the risk of splattering during the reflux process.
  5. Heating and Boiling: During heating or boiling procedures, a vertical splash head can be attached to the opening of the vessel to control the release of vapors and prevent splashing.
  6. Laboratory Filtration: When performing vacuum filtration, a vertical splash head can be used to minimize splashing as the liquid passes through the filter.
  7. Safety Measures: Vertical splash heads can serve as a safety measure to prevent hazardous substances from splashing or spraying, helping to protect researchers and maintain a safe laboratory environment.
  8. Fractional Distillation: In setups involving fractional distillation, a vertical splash head can be used to control the flow of vapor and liquid, preventing unwanted splashing and ensuring accurate separation of components.
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