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5620-Flasks, Round Bottom, 2 Neck Parallel

  • Made from ASTM E-438 Type 1, Boro 3.3 heat resistance glass
  • Complies with DIN 12394 & USP standard
  • Has Two Neck Parallel
  • Made from ASTM E-438 Type 1, Boro 3.3 heat resistance glass
  • Complies with DIN 12394 & USP standard
  • Has Two Neck Parallel
PART  No.Capacity (ml)Socket SizeSide Socket Overall HeightPACK Qty.
5620-505024/2914/23901
5620-50-A5029/3214/23901
5620-10010024/2914/231051
5620-100-A10024/2919/261051
5620-100-B10029/3214/231051
5620-25025024/2914/231401
5620-250-A25024/2919/261401
5620-250-B25029/3214/231401
5620-50050024/2914/231631
5620-500-A50024/2919/261631
5620-500-B50029/3214/231631
5620-1000100024/2914/232001
5620-1000-A100024/2919/262001
5620-1000-B100029/3214/232001
5620-2000200024/2919/262401
5620-2000-A200034/3519/262401
5620-3000300034/3519/262601
5620-3000-A300034/3524/292601
5620-5000500034/3519/263051
5620-5000-A500034/3524/293051
5620-100001000034/3524/293801
5620-10000-A1000055/4424/293801
5620-200002000055/4424/294351

Here are some common uses for a 2-Neck Parallel Round Bottom Flask in a laboratory setting:

  1. Parallel Reactions: Conducting two separate reactions simultaneously within the same flask, allowing for efficiency in experimental setups and resource utilization.
  2. Comparative Studies: Enabling researchers to perform comparative studies by running identical or similar reactions under the same conditions, except for one or more variable components.
  3. Multiple Sampling: Facilitating the sampling of reaction mixtures from both necks for analysis or monitoring purposes during the course of the experiment.
  4. Simultaneous Distillation: Conducting parallel distillation processes, where different components of mixtures can be distilled concurrently through each neck.
  5. Refluxing in Parallel: Allowing for parallel reflux setups, where different reactants can be refluxed simultaneously, either for comparative studies or to synthesize multiple compounds.
  6. Temperature Gradient Studies: Creating temperature gradients within the same flask by subjecting different reactants to distinct temperature conditions, providing insights into temperature-dependent reactions.
  7. Sequential Reactions: Designing experimental setups where one reaction follows another sequentially within the same flask, facilitating multi-step synthesis or reactions.
  8. Isolation of Reaction Intermediates: Separating reaction intermediates or products by utilizing one neck for the collection of one component while continuing the reaction in the other neck.
  9. Gas Evolution Studies: Investigating gas evolution during reactions by allowing gases to escape through one neck while monitoring the reaction progress through the other.
  10. Catalyst Studies: Examining the effects of different catalysts on reactions by conducting parallel reactions with varied catalysts in each neck.
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