Welcome to Labtech International

5620-Flasks, Round Bottom, 2 Neck Parallel

,

5620-Flasks, Round Bottom, 2 Neck Parallel

Share the Product
  • 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 Size Side Socket Overall Height PACK Qty.
5620-50 50 24/29 14/23 90 1
5620-50-A 50 29/32 14/23 90 1
5620-100 100 24/29 14/23 105 1
5620-100-A 100 24/29 19/26 105 1
5620-100-B 100 29/32 14/23 105 1
5620-250 250 24/29 14/23 140 1
5620-250-A 250 24/29 19/26 140 1
5620-250-B 250 29/32 14/23 140 1
5620-500 500 24/29 14/23 163 1
5620-500-A 500 24/29 19/26 163 1
5620-500-B 500 29/32 14/23 163 1
5620-1000 1000 24/29 14/23 200 1
5620-1000-A 1000 24/29 19/26 200 1
5620-1000-B 1000 29/32 14/23 200 1
5620-2000 2000 24/29 19/26 240 1
5620-2000-A 2000 34/35 19/26 240 1
5620-3000 3000 34/35 19/26 260 1
5620-3000-A 3000 34/35 24/29 260 1
5620-5000 5000 34/35 19/26 305 1
5620-5000-A 5000 34/35 24/29 305 1
5620-10000 10000 34/35 24/29 380 1
5620-10000-A 10000 55/44 24/29 380 1
5620-20000 20000 55/44 24/29 435 1

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.
Share the Product
Shopping Cart

Get In Touch

HOME PAGE POPUP
Scroll to Top
CHAT