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2350-DIN,ADAPTERS, MULTIPLE 2 NECK PARALLEL

Complies as per DIN 12594
Comes with two parallel necks with sockets & one cone at bottom

Complies as per DIN 12594
Comes with two parallel necks with sockets & one cone at bottom

PART  No. NS FEMALE  sizeNS MALE  sizePack(Qty)
2350-14F14M14/2314/2310
2350-14F19M14/2319/26*10
2350-19F19M19/2619/2610
2350-19F24M19/2624/29*10
2350-24F24M24/2924/29*10
2350-19F34M19/2634/35*10
2350-29F29M29/3229/3210

* non DIN / ISO

Here are some potential uses:

  1. Parallel Reactions:
    • The multiple 2-neck parallel connections allow for the simultaneous setup of parallel reactions. Different reactions or experiments can be conducted in separate vessels, providing efficiency and convenience.
  2. Distillation Setups:
    • In fractional distillation or parallel distillation experiments, the adapter can be used to set up multiple distillation units simultaneously, allowing for the separation of different components from different reaction mixtures.
  3. Synthesis of Parallel Compounds:
    • When synthesizing multiple compounds with similar reaction conditions, the adapter can be used to set up parallel reaction vessels for the synthesis of different compounds concurrently.
  4. Temperature Gradient Experiments:
    • The parallel connections can be utilized to create a temperature gradient across multiple reaction vessels. This is useful for experiments where different temperatures are required simultaneously.
  5. Multi-step Reactions:
    • For multi-step synthesis, the adapter enables the setup of different reaction vessels in parallel, facilitating the progression of the reaction through multiple steps without the need for separate setups.
  6. Reaction Monitoring:
    • The parallel connections can be used for reactions that require monitoring at different time points. Samples from each reaction vessel can be withdrawn simultaneously for analysis.
  7. Catalyst Screening:
    • In experiments involving catalyst screening, the adapter allows for the evaluation of multiple catalysts or reaction conditions concurrently in parallel reactors.
  8. High-Throughput Screening:
    • The adapter is suitable for high-throughput screening applications, where a large number of reactions or experiments need to be conducted simultaneously.
  9. Scale-Up Experiments:
    • For researchers working on scale-up experiments, the adapter can be useful in setting up multiple larger reaction vessels in parallel to evaluate scalability.
  10. Comparative Studies:
    • The parallel setup is advantageous for comparative studies where the effect of different parameters or conditions can be studied simultaneously.

 

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