This one of the few channels that actually give more than factoid-level info. Almost all other RUclips channels basically just read you the first few paragraphs from Wikipedia, but this excellent channel actually goes into some deeper info.
A 23 minute deep dive into the history and development of synthetic foam wasn't really on the agenda. Glad I made the time. Outstanding video, per usual.
Being in the composite industry, I can tell you more than you'd ever want to know about various foams mechanical information, but I absolutely appreciated the depth of this vid and even learned a few things about the finer details. 👍
foam is so genuinely complex & all encompassing. i’m seeing foam everywhere now, what is a beanbag chair other than a bean foam filled bag membrane that’s in the shape of chair. once you start thinking of fibers & papers it all just really helps fill in the gaps
I dont usually get excited about video releases but these always contain information i havent heard, and learning stuff is my drug. This is my hit from one of the best dealers i know. TY
I can't tell you enough how much i appreciate and enjoy this channel. It literally feels like a visual audio representation of what it would feel like for Neo when he plugs in a new subject in the Matrix neural machine. Lol idk, it was just a random analogy that seemed suitable for the level of your high quality content. Keep up the amazing work 🤘🏻
TIL "Sparkling microplastic" can only be called "Styrofoam" if the extruded closed-celled polystyrene foam was made by the Dow Chemical Company in the Midland Michigan reigon of the United States.
i worked at a packaging company for 20 ish years in the foam conversion department, mostly cutting big blocks or sheets up, for others to glue or heat seal together into the 'end cap' or other fitting, design required ,
where i worked XPS was the term for the expanded type polystyrene not EPS ! maybe a UK/US difference? 😉 in the last few years, i cut up loads of the blue denser extruded type ,
With whipping real cream, freeze the bowl and mixer blade first. A dash of cream of tartar and less powdered sugar than you think you need or it calls for. Get it from a farm if you can. The ones I'd get you couldn't pour out till you broke the slug of milk fat on top. Don't add the milk fat though if it separated. Takes longer to whip peaks and it stays softer. There is my contribution to foam technology.
Great video. I built the largest urethane spray foam plant in the U.S. Awesome to see a video about the many uses of foam. You should do a video on elastomers too.
It'd be interesting to see more on the environmental aspects of these materials, and their weathering modes - many foams break down into small particles that join the other plastic nanoparticle load. Are they toxic?
You go into impressive depth when explaining these topics, like you've worked in the industry or have hands-on experience. How do you research this stuff?
Everything is on the internet nowadays from an enthusiast's blog post to entire universities programs, corporations patents, an endless sea of academic papers... You just need to search
I was recently looking up how defoamers and anti-foaming agents work (defoamers actively kill foam while anti-foaming agents prevent its formation - the terms are often used interchangeably). Unfortunately, I haven't found a good explanation apart from the defoamers spreads better than the surfactant and lowers (or increases? I dont' remember) surface tension. One such example is dimethylpolysiloxane - I've used one such product to remove foam residues from laboratory glassware. It is also useful for reactions that would otherwise foam or froth too much, escaping the container. It would be great to make explaining video on how that actually works - why little amount of defoamer has more effect than tons of soap? What are the differences between cationic, anionic and non-ionic (zwitterionic) surfactants? What are the differences between tensides and detergents? Why quaternary amine compounds are specifically used in fabric softeners? etc. etc.
This is a very specialized topic and one you wouldn't cover in your standard chemistry survey courses in college, but it's important nonetheless. As you observe, the concept is found ubiquitously. I really appreciate the deep dive here. You earned a sub with this one!
I'm here because my neighbor has a millimeter wave or multispectral or hyperspectral imaging system trained on my home that among other things can (and has) turned my porcelain toilet into a type of camera obscura that can form perfect images. These images are from the point of view as if one were looking out from the two of the larger holes around under the rim of the toilet, as well as from the flushing hole at the bottom of the toilet. After accidentally seeing a few images of myself "using the toilet" (straight out the Mooning sequence in the movie American Graffiti, but with an emergent tootsie roll), I came up with the idea of filling the bowl with Dawn blue dishwashing soapsuds before use, I think that this acts to at least reduce the unfortunately excellent resolution that my neighbor previously enjoyed. Now I just need a quick way to make a beachball sized glop of suds quickly and with no mess.. so the search continues..(I'm encouraged by the comment below that mentions a "Foaminator" that sounds promising..
I haven't seen the video yet. I am quiet exited to see the Video, because Foams have similar Properties to periodic lattice Structures. I write currently on my bachelor's thesis about those structures. I am quiet interested in which properties they highlight of foam.
21:18 "It has become so integral to numerous everyday items that its difficult to envision our daily lives without the benefits of fu-" What was that xD
So what youre saying is that if you take the ultra partical matrix and COMBINE it with the unilateral motion flux dimension, youll be left with a hyperkenetic radial collapse?
This is just a hypothetical thought: I've always thought that the science of Bubble's is such a unique aspect of our natural world. It has many aspects to it's overall structure & behavior through out our world and possibly throughout space as well in some ways. I like to ponder about the structure and properties of the fabric of our own universe. Maybe with every black hole a bubble in the overall universe is created? Thus creating a structure of unique bubble stability and instability throughout the overall lifespan of the universe...? (Just a hypothetical concept that's fun to ponder about.) In the past people talked about space as a ether. Maybe bubble science theory could end up being a new way to theorize about space and universe as a whole..? On all sorts of different levels.. because im sure bubble science plays roles in all sorts of different types & levels of our universe. From the very small to the very large.. We even see that our own sun has a bubble around it, that is just a single bubble created by our sun's impact and it's interaction create a boundary layer that seems to imply that this is a aspect of the nature of our universe and we are just now starting to learn about it, and measure it, visualize it, theorize about it... It's fascinating
Hi. I'm so very happy that I found your channel!! You, sir, are a rock star. You present some of the most deeply complex and esoteric stuff and make it both fascinating and accessible, without dumbing it down...if that makes sense. Anyway, lots of new ideas to dig into. I have a newfound appreciation for sandpaper, thanks to you. I started another video (Pulling Energy Out of Thin Air) and the title had me thinking you would be exploring the theory (?) of Zero-Point Energy. Given your understanding of quantum physics, would you please consider explaining that for us superfans? 🤓🤓😁 I read about it in a Neal Asher novel, full disclosure... And, I forgot to respectfully also request an explainer on Smith Charts. Maybe?
Great video as always 👍. Though it has very cool physics chemistry and mathematics, with lots of great properties and uses. Synthetics in general have also been the bane of our modern world, especially with careless and money driven practices.
I love your videos for both the insight into our industrial world and the detailed history and evolution that you pour into it❤. This is perfect for nerds like me, but if you want to reach a wider audience I feel that you'll need to bring in the human stories attached to the history or tangible wider impacts like whether polystyrene foam reduced the cost of delicate appliances as it reduced the number of damaged units from transportation. Compared to, for example, Veritasium you have higher quality information but less, to put it bluntly, 'drama'
🎯 Key Takeaways for quick navigation: 00:00 🧽 Synthetic foam production reached over 2.3 million tons globally in 2022. 00:27 🪑 Foam is used in various products, including furniture, insulation, and packaging. 01:09 🛁 Foams are dispersed media with gas bubbles trapped in a liquid or solid, creating unique structures. 02:44 🌐 Foams have a hierarchical structure from molecular to macroscopic scales. 03:55 🌬️ Foam stability depends on film surface tension and excess pressure. 04:22 🪶 Dynamic film elasticity in soapy water leads to self-repairing behavior. 05:33 🧪 Solute concentration affects foam stability; ionic surfactants can stabilize foam. 08:05 💪 Open-cell and closed-cell foams have different structures and properties. 09:28 🦠 Natural cellular solids like cork and sponges have been used historically. 10:55 🌟 Synthetic foams like polystyrene and polyurethane revolutionized foam production. 14:20 ♻️ Efforts to make polymeric foams more sustainable and recyclable are ongoing. 16:25 🌬️ Polyurethane foam is produced by mixing polyols and isocyanates. 17:34 🏗️ Polyurethane foam has diverse applications, including in vehicles and buildings. 20:17 🚀 Advanced foams like syntactic foams and nanofoams have unique uses. Made with HARPA AI
▶ Visit brilliant.org/NewMind to get a 30-day free trial + the first 200 people will get 20% off their annual subscription
Make me.
Are you saying that Engineering Technology has been used to improve this material? Or in other words, E.T. hones foam.
Booooo. Have an upvote
Quality joke 👏🏻👏🏻
Good shit, buddy. Good shit lol
That was awful. Well done.
Jooooker looooll
This one of the few channels that actually give more than factoid-level info. Almost all other RUclips channels basically just read you the first few paragraphs from Wikipedia, but this excellent channel actually goes into some deeper info.
Beat me to it, he makes quality content.
Veritasium, smarter everyday, Stephen mold, alpha Phoenix, there are tons of RUclips channels that make a great content.
I didn't even list half
Technology connections and their secondary channel to name more...
A 23 minute deep dive into the history and development of synthetic foam wasn't really on the agenda. Glad I made the time. Outstanding video, per usual.
Being in the composite industry, I can tell you more than you'd ever want to know about various foams mechanical information, but I absolutely appreciated the depth of this vid and even learned a few things about the finer details. 👍
Do furniture fillers really degrade over time?
@@papapatriarchy5372yes
Same here working in the composites industry as an engineer, foam is under-appreciated as a material
foam is so genuinely complex & all encompassing. i’m seeing foam everywhere now, what is a beanbag chair other than a bean foam filled bag membrane that’s in the shape of chair. once you start thinking of fibers & papers it all just really helps fill in the gaps
I dont usually get excited about video releases but these always contain information i havent heard, and learning stuff is my drug. This is my hit from one of the best dealers i know. TY
thanks for this analogy, if you hadnt used drugs as a comparison i would totally be lost as to what you were saying 🙏
Did someone say something about drugs?
I have definitely overdosed on new mind videos a couple times. I keep coming back though
Having worked with foams on a civil engineering level for years, this video helps a lot. Happy I learned something good today 😁
having worked with foam on the level of a beachgoer who comea across seafoam, i am glad this helped you a lot.
Having found that my urine contains a powerful foaming agent, would you like to join my foam party in the pub urinals?
Having been a foam, thank you for your service.
I can't tell you enough how much i appreciate and enjoy this channel. It literally feels like a visual audio representation of what it would feel like for Neo when he plugs in a new subject in the Matrix neural machine. Lol idk, it was just a random analogy that seemed suitable for the level of your high quality content. Keep up the amazing work 🤘🏻
I love your videos on why some seemingly mundane products are much more interesting than they might seem.
21:18 of what?
f-
TIL "Sparkling microplastic" can only be called "Styrofoam" if the extruded closed-celled polystyrene foam was made by the Dow Chemical Company in the Midland Michigan reigon of the United States.
Lol underrated comment. ;)
I like to think of it as the Parmesan Cheese of the microplastics world.
not really true anymore because its been used so universally that the trademark no longer holds
i worked at a packaging company for 20 ish years in the foam conversion department, mostly cutting big blocks or sheets up, for others to glue or heat seal together into the 'end cap' or other fitting, design required ,
where i worked XPS was the term for the expanded type polystyrene not EPS ! maybe a UK/US difference? 😉 in the last few years, i cut up loads of the blue denser extruded type ,
With whipping real cream, freeze the bowl and mixer blade first. A dash of cream of tartar and less powdered sugar than you think you need or it calls for. Get it from a farm if you can. The ones I'd get you couldn't pour out till you broke the slug of milk fat on top. Don't add the milk fat though if it separated. Takes longer to whip peaks and it stays softer.
There is my contribution to foam technology.
I had a fever, and the only prescription was to watch this at 5:00 am during the week day.
Great video. I built the largest urethane spray foam plant in the U.S.
Awesome to see a video about the many uses of foam. You should do a video on elastomers too.
Did you seriously get me to watch a video on foam? Congratulations! You're a great speaker.
I needed to know this information, thank you
21:18 You cut yourself off there, buddy. "The benefits of f-"
o
a
m
@@0neIntangible n
@@0neIntangible i
Its good to see that this channel ALWAYS delivers its usual extreme high quality!
10/10 as per usual.
Foam is neat. It made the RC airplane hobby cheaper and therefore more easily accessible to more people :)
It'd be interesting to see more on the environmental aspects of these materials, and their weathering modes - many foams break down into small particles that join the other plastic nanoparticle load. Are they toxic?
You go into impressive depth when explaining these topics, like you've worked in the industry or have hands-on experience. How do you research this stuff?
Mind-reading a professor
Everything is on the internet nowadays from an enthusiast's blog post to entire universities programs, corporations patents, an endless sea of academic papers... You just need to search
Such a smart video. I wish there was more of this kind of media.
I was recently looking up how defoamers and anti-foaming agents work (defoamers actively kill foam while anti-foaming agents prevent its formation - the terms are often used interchangeably). Unfortunately, I haven't found a good explanation apart from the defoamers spreads better than the surfactant and lowers (or increases? I dont' remember) surface tension. One such example is dimethylpolysiloxane - I've used one such product to remove foam residues from laboratory glassware. It is also useful for reactions that would otherwise foam or froth too much, escaping the container. It would be great to make explaining video on how that actually works - why little amount of defoamer has more effect than tons of soap? What are the differences between cationic, anionic and non-ionic (zwitterionic) surfactants? What are the differences between tensides and detergents? Why quaternary amine compounds are specifically used in fabric softeners? etc. etc.
This is a very specialized topic and one you wouldn't cover in your standard chemistry survey courses in college, but it's important nonetheless. As you observe, the concept is found ubiquitously. I really appreciate the deep dive here. You earned a sub with this one!
It was covered in My Chemical Engineering courses in college
I didn't expect to learn so much about foam today
Wow such a great overview, packed with information, well done
Finally Dude. A good Video about Foam. Fucking love Foam.
I never new there was so much that went into foam, very cool
Really looking forward to this episode, hope it touches on upcoming bio based foams
I need that 3D Redshift Shader for a bread animation, and there I am, looking for foam, thx!
This is foamtastic, thank you for your work.
great factual style. I learned a lot about foam
i’ve never clicked a video so fast. your videos r so good
Nicely done, i have nothing to add, thanks
Thank god the algorithm introduced me to this channel 🙏
Interesting video. I enjoy your videos. Seem well researched.
As always superior quality of content. Thank You!
I'm here because my neighbor has a millimeter wave or multispectral or hyperspectral imaging system trained on my home that among other things can (and has) turned my porcelain toilet into a type of camera obscura that can form perfect images. These images are from the point of view as if one were looking out from the two of the larger holes around under the rim of the toilet, as well as from the flushing hole at the bottom of the toilet. After accidentally seeing a few images of myself "using the toilet" (straight out the Mooning sequence in the movie American Graffiti, but with an emergent tootsie roll), I came up with the idea of filling the bowl with Dawn blue dishwashing soapsuds before use, I think that this acts to at least reduce the unfortunately excellent resolution that my neighbor previously enjoyed. Now I just need a quick way to make a beachball sized glop of suds quickly and with no mess.. so the search continues..(I'm encouraged by the comment below that mentions a "Foaminator" that sounds promising..
Excellent video, well presented!
Recently worked with a company using a Nickel blend foam for batteries. Pretty cool.
Phenomenal video.
Great as always. Your channel is legendary.
very interesting!! Is it possible to have some bibliography? it is for my uni thesis. Thank you!!
I'm really impressed on how you put this video together really well done 👍
I have always been curious about foams. Especially since i love crocs so much. Pretty cool stuff, foam is.
Thanks for the video, I didn't even realize I really wanted to know how to about this.
Loved the video! If you could add subtitles that would be helpful! Thank you, keep up the great work!
video didnt go where i thought it might left me want more
Does this apply to foam manufacturing in footwear mid and outsoles?
Thanks for posting. You are the foam god
How can create foam on ethanol ??
pls practical video
Very interesting & informative video!
Love your channel ❤ thanks for the content
Spongebob has entered the chat
Good Video. But you have not mentioned thermocol by BASF
Yep, that's my middle-of-the-night watch, thank you
I haven't seen the video yet. I am quiet exited to see the Video, because Foams have similar Properties to periodic lattice Structures. I write currently on my bachelor's thesis about those structures. I am quiet interested in which properties they highlight of foam.
That thumbnail gives me chills
the universe is a foam
Its crazy to think we applied this technology to chocolate 🍫
Great video. Now I know how to make my famous lead foam.
Wow, so much about foam.
21:18
"It has become so integral to numerous everyday items that its difficult to envision our daily lives without the benefits of fu-"
What was that xD
The foaminator! For when you need foam but lack it
Now im excited.. who does this sort of content..?
Child: Why do bubbles form?
Me, profusely sweating: It's complicated
Kid: Try.
Me, panicing: I CANT
Bread is basically a nutritious type of foam. Do with that information what you want.
thank you for the great video
1:55 nothing like an ice cold, frothing bear when the day is done.
As I saw the thumbnail, a quote came to my mind. „We are the Foam. You will be assimilated. Resistance is futile.“
fascinating, thanks!
Does the type of gas inside the foam bubble affect foam properties?
Yes.
So what youre saying is that if you take the ultra partical matrix and COMBINE it with the unilateral motion flux dimension, youll be left with a hyperkenetic radial collapse?
Good watch ty.
This is just a hypothetical thought: I've always thought that the science of Bubble's is such a unique aspect of our natural world. It has many aspects to it's overall structure & behavior through out our world and possibly throughout space as well in some ways. I like to ponder about the structure and properties of the fabric of our own universe. Maybe with every black hole a bubble in the overall universe is created? Thus creating a structure of unique bubble stability and instability throughout the overall lifespan of the universe...? (Just a hypothetical concept that's fun to ponder about.) In the past people talked about space as a ether. Maybe bubble science theory could end up being a new way to theorize about space and universe as a whole..? On all sorts of different levels.. because im sure bubble science plays roles in all sorts of different types & levels of our universe. From the very small to the very large.. We even see that our own sun has a bubble around it, that is just a single bubble created by our sun's impact and it's interaction create a boundary layer that seems to imply that this is a aspect of the nature of our universe and we are just now starting to learn about it, and measure it, visualize it, theorize about it... It's fascinating
Hi. I'm so very happy that I found your channel!! You, sir, are a rock star. You present some of the most deeply complex and esoteric stuff and make it both fascinating and accessible, without dumbing it down...if that makes sense. Anyway, lots of new ideas to dig into. I have a newfound appreciation for sandpaper, thanks to you.
I started another video (Pulling Energy Out of Thin Air) and the title had me thinking you would be exploring the theory (?) of Zero-Point Energy. Given your understanding of quantum physics, would you please consider explaining that for us superfans? 🤓🤓😁 I read about it in a Neal Asher novel, full disclosure...
And, I forgot to respectfully also request an explainer on Smith Charts. Maybe?
0:11 one measurement that most of the world understands and one for the americans
Thanks 👍
Great video as always 👍. Though it has very cool physics chemistry and mathematics, with lots of great properties and uses. Synthetics in general have also been the bane of our modern world, especially with careless and money driven practices.
How are zeolites and 3a molecular sieves made? Their like rock foam.
I love your videos for both the insight into our industrial world and the detailed history and evolution that you pour into it❤. This is perfect for nerds like me, but if you want to reach a wider audience I feel that you'll need to bring in the human stories attached to the history or tangible wider impacts like whether polystyrene foam reduced the cost of delicate appliances as it reduced the number of damaged units from transportation. Compared to, for example, Veritasium you have higher quality information but less, to put it bluntly, 'drama'
Another culinary foam: bread dough and when baked, bread.
When I see the foam I’m the zone!
How is the world not lagging with this much going on?
I use foaming agents extensively in the plastics industry, many products depend on it.
Sinter stitched dielectric fly ash foam fabric! 😊
This video is at the same time dense and informative. Thank you for all this. 😊
As someone just spent two days building an insulation layer for 3d printer using matalic flim foam boards this video couldn't be timelier 😂
That documentation was yet informative as well as SATISFYING to watch
Could take a look at the same materials that are NOT foamed. PU especially is a wildly adaptable material.
5:38 Van der Waals force.
Watching this drinking coffee with frothed milk 👀
When you realise you are watching a video about the loteral lore of foam... bruh that hit me hard.
Good video
I love foam
As an American I appreciate that you put it into pyramids I didn’t really visualize it before that
First half maybe needlessly technical, but great from 9 min
🎯 Key Takeaways for quick navigation:
00:00 🧽 Synthetic foam production reached over 2.3 million tons globally in 2022.
00:27 🪑 Foam is used in various products, including furniture, insulation, and packaging.
01:09 🛁 Foams are dispersed media with gas bubbles trapped in a liquid or solid, creating unique structures.
02:44 🌐 Foams have a hierarchical structure from molecular to macroscopic scales.
03:55 🌬️ Foam stability depends on film surface tension and excess pressure.
04:22 🪶 Dynamic film elasticity in soapy water leads to self-repairing behavior.
05:33 🧪 Solute concentration affects foam stability; ionic surfactants can stabilize foam.
08:05 💪 Open-cell and closed-cell foams have different structures and properties.
09:28 🦠 Natural cellular solids like cork and sponges have been used historically.
10:55 🌟 Synthetic foams like polystyrene and polyurethane revolutionized foam production.
14:20 ♻️ Efforts to make polymeric foams more sustainable and recyclable are ongoing.
16:25 🌬️ Polyurethane foam is produced by mixing polyols and isocyanates.
17:34 🏗️ Polyurethane foam has diverse applications, including in vehicles and buildings.
20:17 🚀 Advanced foams like syntactic foams and nanofoams have unique uses.
Made with HARPA AI