Emulsion 3 | O/W or W/O emulsion?🧐

Curious about differentiation between types of emulsions from only reading the formulation? Or Do you want to know about the tests run to determine the type of the emulsion? 🤔🤔🤔
For either reasons, I recommend you enjoy watching this video 😃 You will definitely love it ☺️
As always: Stay Fab Wherever You Are😇
#emulsions #phamrmaceuticalemuslions #typeofemulsion

[@mfi8443]

Please explain about monomer pooling which only ocuurs at the start of introducing pre-emulsion monomer into the reactor. It is surprising that it only occures when the reactor has been cleaned with NaOH solution and washed with water.

[@grecioustembo1693]

Thanks a bunch. This playlist is really helpful ❤

[@dr.ceuticatube]

Thank you so much 😃 Happy to hear that! Stay Fab 😄

[@afgamer322]

Which is best emulsifier for diesel and petrol

[@ramankumar-mp9nn]

Hello👋, i want to mix 100 gram white petroleum jelly into 900 gram water. Can you please suggest me emulsifier and ratio of emulsifier. For transparent Imulsion.

[@Memo-py3eu]

Fantastic 😍😍😍😍😍😍🎉

[@Shubham-pt8rv]

Thanks a lot :)

[@dr.ceuticatube]

Thank you Patil .. Stay Fab 😃

[@drabdihakimmohammedaare7402]

May you contribute me test book of pharmaceutical dosage please.

[@afgamer322]

Why oil and water seperate after some hours

[@dr.ceuticatube]

Thank you for your question!
Well, because they are not compatible so if nothing can keep them together (i.e surfactant), they would separate. Mind you that even after the addition of surfactants or the emulsifying agents, they might separate and more details are mentioned in the instability of emulsions video here: ruclips.net/video/9GBSDwXc50M/видео.html

[@katoarce3240]

60/40 oil in water, what does It mean?

[@irenereyes4342]

60%oil/40%water

[@irenereyes4342]

For that much oil, i would use a water in oil (w/o) emulsifier though.

[@bsdiceman]

What was the answer please?

[@dr.ceuticatube]

Hey Brandon,
Thank you so much for asking.
Well, for w/o emulsions the surfactants would orient such that their hydrophilic heads are within the water droplets (the internal phase) and their hydrophobic tails are towards the external phase, the oil. Imagine having too many tails surrounding the droplets of the water throughout the oil. At a point there will mechanical hindrance because of the presence of the bulky tails..
Check the first figure here to see the orientation of surfactants in both emulsion types and relate to the point stated above:
statics.scnu.edu.cn/pics/aoe/2014/0508/20140508114934248.pdf
Hope this helps, if you need further clarification, kindly let us know and don’t forget to stay Fab 😃