Check out the other videos in my Starlite series, including how to make a Starlite forge: ua-cam.com/play/PL1a2HkcVbmAVm9q-OiOJ5DopnD72J3Qdf.html This is one project where you should definitely check out the source links posted in the video description! There's some really interesting stuff in there. Thanks to everyone who tested and experimented with my previous starlite (or "star-alike") recipe and shared their own videos. Thank you also to my Patreon supporters for backing projects like this one. I'm not finished with this yet, and I hope to work my homemade fireproofing material into several other projects.
I was Maurice's main point of contact in the 1996-1998 period with McDonnell Douglas as it was transitioning to Boeing. When I retired from Boeing in 2016, I wrote a paper on our Starlite testing during that period, because most of the primary players were already dead - Maurice himself, and Rudi Naranjo who had been Maurice's main NASA contact, and our own chief investigator for tests we ran using lasers and torches on a wide variety of Starlite samples in St Louis and at other sites. Whether they accepted that paper for the Boeing Technical Journal or not, I don't know. But I do know that Maurice himself didn't understand the theoretical basis for how Starlite worked. He was an experimenter, not a theoretician. Starlite wasn't a thing, it was a family of things, and he would never be able to just produce a jar of Starlite. He invariably asked for a detailed description of whatever application you wanted to put it to, then he would go into a lab and create something that he thought would work. Testing would show if he was on the right track, and he'd refine the formulation until he was satisfied with its performance in that particular form for that particular application. For anything else, the process would start all over. Starlite could be mixed with water to form a paste, or with epoxy, or various other things. He could blend it in with plastic materials (all that stuff about being a hairdresser was a red herring that he used to distract people from the fact that he'd spent years in the plastic recycling business) and polypropylene seemed to be his favorite there. He could incorporate it into foams. He could make it rigid or flexible. He could make it intumescent or not, and that alone used to create another useful red herring for researchers who might be trying to duplicate his material. During the course of our testing we found other materials that could reproduce some of Starlite's properties, but not all. They tended to be cementitious (you can get impressive thermal resistance out of ordinary Hardie board) and not amenable to combining with resins and plastics without severely compromising their mechanical properties. One in particular, though, involved a very different theoretical basis from the others, based on seemingly unrelated NASA research, and the test data that they showed matched our Starlite data for coated metal panels. That's the only form that it came in, though, a coating; it couldn't, as far as I know, have been molded into plastics or foams like Starlite was. Being able to handle Starlite in its many forms, and being on close personal terms with its inventor at the time, was one of the most memorable phases of my career. I wish something could have been done with Starlite, but Maurice knew that he was only going to get one chance to cash in on his invention because it wasn't protected by patent (he was holding it as a trade secret instead) and so as soon as it was used on actual products out in the real world, it was going to get reverse-engineered and reproduce in some form or another without earning him a cent in royalties. He left the basic formulation behind, with his wife and daughter, but he told me once that he hadn't told them quite everything; he said he'd "kept the good stuff" to himself. A very unusual man, to match his very unusual material!
YES ONE chance ... that he blew ..... he got NOTHING and died .... and the world didn't get a material that would make it easier for reusable rockets ......
Rest in peace but what an arrogant piece of trash... keeping the good stuff to himself when no such ownership exists over his creation, having been created by God first and foremost... thanks for stunting scientific growth, egoist.
Story of my life, and Google's changes to how things work in the algorithm haven't made it easier. I know indexing more results = more work for them, but ultimately, they fucked up with the search engine, and a lot of results just don't pop up anymore.
I used this recipe as a makeshift high temperature soldering block for jewelry making. I was able to solder large pieces of silver plate without warping or bending. The carbon reflected the heat into the part nicely and protected the surface underneath. Thanks nighthawkinlight.
My curiosity died a long time ago, however, not the basic usefulness of advantageous information even if I could not understand it. Thank you for your very educational video.
9:05 I highly respect the little note saying "potential false dichotomy", not many people are courageous enough to point out potential flaws in their arguments like that. Keep up the great work!!
Absolutely, and it's generally a good sign of a strong, well founded argument, too. For example, I do think it was a false dichotomy, but that doesn't undermine the use of Occam's razor, or the argument itself in any way. It just means there are more angles to the question of what happened in that lab than were stated, and Occam's Razor can still be used to trim away suggestions that require Ward's Starlite doing what is currently considered impossible.
I really appreciate the calm, no-nonsense tone in these videos. Plus the annotations. Informative without trying to be clever. Why can't all informative UA-cam channels be like this? I can't even describe how tired I am of excessive upspeak in other videos.
The best super material is the saudi arabian passpot of 911 hijackers. It survived thousands of degrees of temperature and fell right into the laps of fbi.
@@AzamatBagatov413 - Oh fuck ya! That was a miracle wasn't it? The fact that the world let that shit go in the face of so much evidence before and after the incident, without prosecution of the Bush, Cheney, and Bin Laden families just gave the powers that be that much more confidence to pull off more deadly super heists of the citizens of the world. Cuz they know the majority of people are either too shallow minded too see it or too indifferent or too skeptical. They can get away with anything now and go virtually unchallenged. Like the intentional release of a man made bio weaponized Frankenstein corona virus with HIV DNA it that is spread thru the air instead of sexual transmission of bodily fluids that targets those people that are receiving government benefits to live. The retired, and the sick. Follow the money. It always knows.
Because the snotty, entitled children that dominantly habitate UA-cam don't know what hard work is and never will. They don't work or contribute because they're fuckin parasites who drink up the "im oppressed" narrative
I enjoyed listening to your video. Even though it was long, I did not get bored. I feel like some creators put so much filler in that I can't stand watching it... but you were well-spoken, did not rush, did not go too slow, used examples, had a story, and gave credit when credit was due. It was a joy. I'm going to subscribe!
As an engineer on the former Space shuttle in specifically this area, I don't know if I speak for my friends, but I definitely found this Freaking amazing. I've been watching your channel for years, and this is one of the best videos you've ever made!
As someone interested in space engineering, would this material work as a shuttle's heat shielding (even if you end up remaking it every time since it's so easy and cheap to produce).
@@UltimatePerfection I doubt it would be durable enough. Remember, in re-entry conditions you've got not only superheated plasma but also strong shock fronts, pressure, and supersonic gas flow. The carbon foam would need to be very strong, or it could be ripped off. Either this leads to a very fast regression speed or worse, actual structural failure. This is why plastic resins with insulator materials in it are commonly used for ablative shields - they're consistent all the way through and strong.
you're completely and utterly full of sh!t! if you worked in aerospace engineering you'd already know EXACTLY what boron-carbide ceramic composite is... boron suspended in a ceramic lattice of carbide foam... you know... the stuff we make the heat shielding on THE SPACE SHUTTLE out of ;)
About 7 years ago when I was a freshman of Chemistry I went a little nuts going down the Maurice Ward rabbit hole. I think you are right in using readily available materials. I think the simplicity of the ingredients is in part for the ridiculous secrecy. In my mania i came up with a list of potential ingredients a hairdresser would have had access too, local to his area and his time. My most successful trial came after introducing a borosilicate powder to a similar base to yours. My most catastrophic failure came after i then tried adding sodium hydroxide as an analog for a perm solution. I was so caught up in the mystery that i neglected to actually work out the chemistry.
I'd like to add concern that Maurice is not the original inventor. I think he was given a recipe. If he could create it, as a scientist he should know why it responds as it does.
As a writer who dabbles in sci-fi, I love coming across science youtube channels. They always give me ideas because of everything I learn. Found you through recommended videos while watching NileRed, definitely gonna check out more of your stuff.
One use I can see for this is as a homemade welder’s putty to protect from heat when working around items that need to be protected from excessive heat.
@@kitemanmusic it's heat insulating putty, that boils away water as vapor to lower the temperature. f.e. wet clay. Starlite is much more effective than that - and cheaper to make
I am not sure if it would work as welder's putter. Heat moves through the metal while welding through conduction. Welder's putty is wet and cools the metal that it is in direct contact with as the water in it evaporates. This Starlite wrapped around the metal would not prevent heat from conducting through the metal underneath it, and it would act as insulation.
What's the reusability like on the borax-infused material - if it is cooled and exposed to flame again, is it still durable? Could it be used to line a small gas forge?
if you look at scenes when it's burning, you can see that it burns away slowly, so maybe make a furnace that has slots where you can slide new starlite tiles into
I remember when I was younger going through UA-cam and seeing a clip of him showing off the egg experiment. I’m not one for experimenting myself, the most I’ve done is handling borax for slime for my siblings, it’s amazing how much people can do with just some home materials, bits of information, and determination. Even now just reading the comments seeing people talk about their own experiments with similar goals, or even experiments for other materials in general, it’s amazing how far one can go with things you can buy from stores. It’s inspiring, maybe one day when I’ve sorted out what I want to do with my life I could try it out myself. So in short thanks for sharing this, even if it took a few years for UA-cam to recommend, it was definitely worth it!
when I saw the title: "ahh another video on Starlite, I've heard this story before" When I finished the video: "This was so much new information and so well put together. NightHawkInLight delivers again!"
Like most of your videos, I found this really interesting and learned quite a bit. I love how such an effective material can be made from anything from very common to somewhat rare ingredients. Keep up the great work!
@@executive You obviously have not been in the intellectual community. They over think everything and would never believe that it would be that simple.
I’ve always wondered what happened to this, invention, and especially what happened to the quite quirky guy who invented it. I’ve actually tried to research it and this is the only video I’ve found that mentions it. He claimed it could be used in liquid form to make fabrics fire proof and that it would be used to make rockets heat proof. It’s cool to finally know what happened and wish it was actually the magic material he had hoped it would be. Love your channel thanks.
Glad you took up this mystery. I remember when the creator first debuted the material on news programs decades ago. I started prototyping similar materials until I was duplicating Space Shuttle-style heat tiles instead. I wanted the whitest refractory ceramic I could design AND make it water proof so it could be used for roofing and wall tiles to just plain ignore sunlight and Texas heat. The final products where nearly imune to large fresnel lenses and barely even warmed but I never resolved the water corrosion issues. Any glaze involved raised the heat absorption back up again. Someday though...
Great project. Thermal radiating paints have been a trendy topic recently, but I'm suspect about durability and their continued function after getting a little grime on them.
@@Nighthawkinlight This is an unfair critique, seeing as how those claims are made from both lab and field tests. The field being where grime and dirt exists.
Fizzy, I'm currently delving into refractory ceramics for kiln-making. Would you be willing to teach what you've learned or share helpful resources for experimenting? I'm deeply interested in all this and would love to learn more!
I work as a building inspector and have a lot of run-ins with intumescent caulking that is used to fill membrane penetrations in listed assemblies. Hadn’t really thought about there being a link between starlight and the caulking as far as how they function
I remember the original BBC story introducing starlite when it first aired in my country. I recall one of the claims made by Ward was that it was made with "household ingredients".
The act of people "taking something to the grave" that would benefit mankind because of greed and selfishness is an act of pure vanity and it takes the lowest sort of human filth to commit such an act . Thank you for sharing ! You are a good man Sir !
100% agree. It also assumes he invented it instead of discovering it.. GOD invented it first and foremost, arrogant fool. Now he's somewhere I hope I never go......
He probably took it to the grave because someone wanted to steal it from him and do something bad or something he didn’t agree with! Governments of the world have a bad habit of killing people and stealing their knowledge base to their inventions/creations!!!
The act of expecting someone to provide their intellectual properties for free, even though they invested their own time and money to create it, is an act of pure greed, trying to steal someones sweat equity.
@@haydenschulze2198 Huh? Who said anything about it being free? There were many many offers to buy Starlite. Homie was just overly greedy and paranoid, so he took it to his grave. Did you even watch the video? Haha
@@CheeseWheelEnthusiast the comment I'm replying to is upset that people who don't release their tech before death because they were waiting for a payout are "the lowest sort of human filth" I am saying that it does not make you human filth, but it does make you human filth expecting something for nothing. People don't owe society anything. If you create something, it is your decision to release it or not. You are not any better or worse for having kept it.
My dad was a chemist and made something similar to this in the early 80's. His had one component of coal ash the rest i don't know. But you could hold it in your hand like this demonstration but didn't blacken but was very brittle.
So, I think this material was a carbon fome itself - it could resist huge temperatures be cause of its structure... That's only a guess, of course. It could work differently.
So it was 1980 and I was 7 years old. Unfortunately my father passed away in 1999 and I don't know the rest of the formula. When I was young I did my best to soak up all the info I could but just can't remember half of it. My father had perfected mixing coal dust with oil and keeping it from settling in the solution through using concrete additives to stabilize the formula. End result was you could burn the coal-oil mixture and get additional BTU's from the burn while reducing sulfur dioxide emissions up to 85% depending on the grade of coal used. Additionally it was discovered that you could pump this coal-oil mixture concoction through pipelines without the danger of the coal eating away the pipe through abrasive action. In essence the additive coated the coal dust and gave it a non-abrasive action. I believe the coal-oil mixture led to the coal ash thermal heat plates he made. I wish I knew the formulations. Dad was always experimenting, even finding out what happens when you put coal in a microwave. First person I ever knew that made microwave popcorn 5 years before it ever hit the market. My dad was a great tinkerer and thinker always creating and improving on things. I miss all that shit. I do still have his formulation work around the coal-oil mixtures. He had started a company called Favon and was trying to sell the formulation to various power companies to burn in their boilers. You have to remember in 1979 the price of oil was way up during the OPEC embargo's. So utility companies burning oil to generate power were very interested in the tech to reduce overall cost. Sohio (Standard Oil of Ohio) was once such company wanting the tech. Then the price of oil fell and these companies pulled out. There is much more to the story but its more than I want to type.
Japanese builders have been using a technique called Yaki Sugi ( 焼杉, "Roasted Cedar") for centuries (it's usually called "Shou Sugi Ban" in the west, for some reason). It involves charring the outer surface of cedar cladding boards of wooden houses. It increases rot- insect- and fire-resistance...
about 35yrs ago there was a lot going on with cold fusion me and a mate started experimenting being budding scientists i had discovered electrolysis fascinating but one experiment brought me to the properties of carbon i found if i put a piece of carbon fibre mat squashed into a piece of 1/1/2 copper tube with a positive connection to the tube and to battery and a negative to what ever metal i wanted to melt even two dissimilar metals together copper and zinc which i later found out was a light alloy for aircraft structures duralumin i think it was called they would melt together like butter i was using bell wire to connect to the battery on forty amps no heat in the wires unless i caught on the copper and caused a short?
Mr. Chickadee, ASMR home building/carpentry/Japanese joinery channel on YT makes extensive use of this technique, though not always with cedar. Given cedar’s natural rot and fungicidal/pesticidal qualities, it would obviously be a superior choice
I knew ship's biscuits were near indestructible, but this is a whole new level. Complete with Borax weavil protection, although I don't think the sailors would appreciate it.
Fantastic Video. I've been interested in the product ever since I saw the eccentric inventor demonstrate it. Showing the paint possibilities was also very helpful. Living on ten acres of woods makes fire a great danger. Thanks. Great instruction. Now it's time to experiment and play and see what can be practically protected.
I don't think you've ever published a single video where I didn't learn something new. You go into so much detail in everything you cover and always do so in a fascinating way. Thank you! I hope you and your family are staying safe during these difficult times.
19:32 - third improvement from glass bubbles: massive overall weight reduction... the ‘98 Ford Taurus reduced the weight of their epoxy undercoat from 70+ lbs to ~34 lbs by incorporating 3M glass bubbles into the compound before spraying. The bubbles will flow, so they didn’t clog the sprayer. Cool technology...
Terrific episode. I learned a great deal, and you perked my interests as a WETT Inspector dealing with everything with fire, chimneys, and wood burning appliances. Creosote also produces a carbonized reaction when I deglaze, and it also has an incredible heat insulation quality.
You've gone to great effort to thoroughly research the topic and then explain the ingredients and material properties in a logical and clear way. All backed up with demonstrations and tests. Thanks for sharing your knowledge. I really enjoyed it.
I love when I spend an hour descriptively googling something till I find the the proper term for it. upon googling that, suddenly there is a wealth of information.
It's stuff like this that makes me feel like being a teenager again would be amazing rather than awful. I know gen Z has inherited a lot of crap to deal with, but I would have killed to have access to this kind of information when I was young. I was so enthralled with the world and how cool every avenue of science is, but was stuck in a world of pen and paper, crappy teachers, no encouragement, and no people to realistically aspire to (Boyle and Newton don't count) As a 40-odd year old, watching this makes me want to study chemistry, physics, engineering and dig a basement to make into a lab. Please keep doing what you're doing
As someone in Gen Z (fresh bachelor's grad, just on my first job!) I believe anyone can be a scientist. Not every scientist works in a lab, though. Most people doing science don't even have a lab or a title concerning science. Science is a mindset, not a job category. If you are trying to grill the perfect spare ribs, you can apply the idea of science to your process. If you are just trying to get your car to have a little more mileage, you can apply the idea of science. If you're even just trying to optimize the time you have in a day, you can still turn that into science. It's still not too late.
Weird. In Poland in the 70s/80s/90s TV was full of popular science programming including home science instructionals for kids, sth that doesnt exist any more. My fave program was called "Kuchnia" (pol. 'kitchen') in the 90s, where the presenter with his two sons were doing cool physical and chemical experiments using stuff available to everybody at home, especially in in their kitchen.
@@amjan we had something like that on the same generation he was called Mr Wizard. A real scientist. Then came the phony scientists like Bill Nye, Neil Degrasse Tyson.
Gen X here. I started dabble into micro bio and material science projects for fun. Most are just duplicating experiments found here. No grand plans but it's intellectually stimulating and fun. So if you're thinking about it, do it!
You legend! I remember playing with your last recipe in my garage and having it stand up to some mighty feats ;) now I've returned and you've only gone and made it a thousand times better! God bless!
A lot of these so-called "lost secrets" are really just things most people interested in disseminating such information actively trying to hide from their audience. Edit: in case I wasn't clear, I was referring to press, programs, magazines, mystics/gurus/your personal spiritual coach etc. trying to sell you mysteries for money.
@@lcmiracle I have learned to spot these types of things and started calling people out for it. Everything from "Aztec soil" "so much better than modern fertilizer" (which is just regular old high carbon mulch) to Roman concrete (a well know if a bit obsolete formulation of everyday versions) to Starlight, most of the people peddling these as "mysteries" are indeed hunting not for any kind of answer but rather for clicks from the curious and gullible. Unfortunately there are many people who *want* there to be a mystery and so defend such articles despite overwhelming evidence that the answer is actually quite well understood. I once had an argument with someone over the "Aztec soil" thing, and how they claimed that it outperformed anything we could produce today. When I pointed out that it is a well know fact that high carbon mulches typically improve with age and that *of course* a mulch layer hundreds of years old would out perform something produced just last year they got all huffy and said that didn't prove anything. When I countered that we have many agricultural universities with mulch beds mere decades old that far surpass any of the examples of "Aztec soil" we have they wound up just blocking me. They simply did not want the mystery solved, nor to be informed that not only was the answer mundane, but we had also learned to surpass it due to a better understanding of the process. I am willing to bet that there will be many "Starlink apologists" that will take a similar stance. The story is simply too good for them to let go.
for a brief moment I was thinking of a crucible instead of a foundry, and was like "that wouldn't work. You need the heat to got through to melt the metal" but then I remembered what a foundry is and yeah, it would be interesting to see how it holds up. I can almost assure you that long-term survivability would be very very bad, but if you're a hobbyist who doesn't use a foundry very often, I don't imagine the cost of remaking it every time you use it would be all that troublesome.
i wonder if you could mix with cement and yeast. the yeast would eat the sugars and cause the mixture to 'rise'. as the cement sets it produces heat and bakes into place. eventually, the cement will cure into a fixed position. but would still retain pockets of starlite that could activate when burned.
my guess is that starlite was made with exactly the most basic ingredients he had in the kitchen, and he knew that everyone can replicate it - hence the secrecy.
I was about to suggest this. It's made out of literal household ingredients. If he wanted to sell it and have it be taken seriously, he needed people to assume it was more than it was.
@@helloyes2288 lol fun fact? that's how: BSD, Windows, BeOS, and MacOS all got off the ground. Infamously that was also how the segway scooter got going as well.
Yeah also my theory. Possibly he also knew it was vulnerable to insects and rot, but not being a true chemist, he wasn't sure how to adjust the formula to make it durable. So he was stuck - he can't make it and sell it as is, because it wasn't real world ready. But he couldn't share the formula with companies in negotiations, because they'd just copy it and claim parallel discovery.
I agree. If Starlite were truly made of obscure materials, he would be better off filing a patent and collecting massive royalties from the only companies large enough to produce it in the first place.
@@helloyes2288 it's more that anyone would just make it ingredients from the grocery store at low cost, rather than pay for the product at any significant price. Should have just taken a payout from big B and let it go.
Thing is, if that were the case, he could have still sold it. Many patents are just re-hashed ideas and recipes that already exist. But his stupid greed made him think he could make a billion dollars from a tool-shed invention. If he had said, alright sight unseen total sale of all rights, recipe and all, with a 1% kickback on all profits forever, for let's say $5 million, he could have lived out his life in comfort.
@@SoulDelSol In a way, that type of situation is where a patent is most useful. Patents are most powerful in situations where there are few if any physical or economic barriers to recreating something, and thus only a legal barrier can prevent companies from doing so.
@@neeneko Yep. Although if you keep it as a trade secret instead you can keep it to yourself even longer than a patent. The problem with a trade secret is reverse engineering. Trade secrets are good for products that are hard to reverse engineer. If tomorrow someone figures out how to make a 3D printer that has 1000x better resolution and can print 3 times as fast as anything on the market they could A) patent it and enjoy market dominance for a few years or B) keep it as a trade secret and just make them for their own use and try to corner the market for 3D printed goods. If what you invented is just some chemicals mixed together and the real money is selling that as the finished product then patent is the way to go because the minute you send out your first shipment people are going to have samples to reverse engineer.
I love the fact that you have covered this subject, I saw "starlight" first shown on Tomorrows world and always wondered what happened to it. I will certainly be experimenting with this as a heat insulating material at some point.
I really admire your outlook of keeping knowledge open. I wish there more more humans who shared this kind of world-view. The current world is unfortunately geared to reinforce self-centered values of profit (even at the cost of others). You are a refreshing breath of values to change the world to become a better place. Thank you so much. I have become a fan of yours. Professionally I am a physicist / mathematician / engineer / inventor, and I wish to work with people like you. Your enthusiasm is contagious :)
It would also explain the extreme paranoia over the ingredients... if anyone could make it at home with ease, how could you really profit from it once the secret is out?
I used borax to coat my crucible that I use for melting Silver/gold. The borax melts to a clear liquid glass with an oxygen/propane torch and prevents the metal from sticking to crucible. It's really strong, glad you used it in your mix as I was thinking about it all along due to my past experiences.
There are different forms of intumescent paints as well. The one you have tried is water based. There is also some that are solvent based, and epoxy based. I deal with these products on a daily basis and would be happy to lead you to the right direction for more info if you want.
highlander723 seeing as how many house paints are oil based, (though often treated with mild fire retardants) I would think that you wouldn’t need to paint another second layer. I’m sure that the paint shown in this video would be available in any assortment of colors if that is the primary concern for wanting to use a second coat.
@@highlander723 so in order to do that it wouldn't be regular paint that would go over it. It would have to be some approved topcoat / sealer that would be your end result. Brands change on manufacturer of the intumescent. Also the product itself isn't so cheap, so it's not really practical to do something as such.
@@websterri the product itself isn't really meant to be used as a repeated heat insulated product. It's really just as a 1 time heat exposure, and it's done. It's mainly used on steel structures on buildings where it would require to have an hourly rating, and usually be exposed to the public eye. Although there are a small bit of manufacturers which allow it to be used on wood.
so I started watching this and was thinking I would skim through it and get some details....then I forgot to skim and watched 21 minutes of really neat information! Keep up the great content!
I think the added borax dehydrates with the heat making a carbon/borax glass composite, I really want to make a box with the material and see if I can finally have a cheap and readily available substitute for fire bricks
A forge liner of this stuff could be a good way to prolong the longevity of my cheap cement one that I use with sand and plaster of Paris. I wonder if the putty mixture could in any way be mixed in with the cement. 🤔
@@the_great_tigorian_channel Even if you could it's probably better to figure out a way to make disposable sheets of something like this and swap them out as needed. Keep it fast and cheap and engineer for it and you can save a lot of time and effort.
@@davidfuller764 cause dirt and intumescent paint are somehow related right? 🤣😁 It's just a game of gathering as many certs as possible when your job pays extra for each one 👍👍
What's worse than keeping your secret products secret is, the product you thought of making years ago being made by someone else and you watch it being sold on TV and Amazon.
@@74stinkyfoot You don't get the point, which is that keeping a recipe secret means having no patent on it, so if someone else makes and sells it, with or without patent, you don't get to see a single penny of it. The man was plainly paranoid, and he never got what he wanted: free money for the rest of his life.
I dont know why UA-cam didnt give me recommendation about this channel. Passive cooling is my area of interest and I keep looking for info on yourube. Great video and I am gonna try it for sure.
What product brand do you use for that process? Our company uses it for structural steel buildings. We mainly use Carboline products when it comes to intumescent
@@markfryer9880 Vermiculite is just a mineral that expands significantly and exfoliates upon heating - no chemical reaction is involved, only mechanical. Not really related to these intumescent materials.
I am glad to hear that borax does help since I did not get to test this concoction myself yet. As for already well insulating materials, there is one cheap and easily available - perlite. It would also vastly improve sour soup-can forge. I have actually built and I do use a forge insulated with a mixture of perlite and fireclay, so I know for sure perlite works.
I didn't know about your channel before watching the latest sky cooling paint video. It's amazing how you manage to develop so affordable and accessible methods to produce advanced DIY materials. The fire resistant dough I'm actually going to try myself as soon as possible. Thin insulator tiles made of it could improve the burning efficiency of my miniature camping stove, and also prevent corrosion and bending of metal. Because the insulator is made of edible ingredients, it'll be perfectly safe to pack it inside the cooking pot along with the stove parts. BTW, could you create an old-school website to publish your instructions also in written form? Now since everything that has been happening lately to the internet (at least Reddit and Twitter going nuts, and there are worrying signs at UA-cam, too), you might want to ensure that your important contributions continue to be easily available to everyone.
If I remember correctly, Ward's intention was a result of an airline disaster...he sought out to create a non-flammable alternative to the internal plastic construction used in commercial planes...I have issues with him...as his claimed initiative was altruistic, but his subsequent behavior was for purely monetary gains. The little voice in the back of my head says that there was a severe flaw in his formulation...my guess is longevity or durability...and he was biding time to perfect it, to no avail, before his ultimate demise.
The major flaw would likely have been how it had to be used, at best you could only do mechanical die punch forming, and then you would have to take into consideration shrinkage while drying, and likely degradation if exposed to water. When someone figured out how to add the properties to plastic there wasn't any need for this material anymore, although it's simplicity and availability does make it sound interesting for fire protection in developing countries.
I am so glad that I ran across this video I am just so amazed how intelligent this fella has been blessed with I mean he dotted every eye and crossed every tee in his presentation he is such a good speaker I love knowledge and he did a very good job of presenting knowledge on display I marvel at the wisdom and knowledge and understanding that God gives some people and the ability to yield it out to others he is a wonderful teacher I'm so glad I ran across this channel
I saw this on a show called Tomorrow's World when I was kid. They had a blow torch on the material for the whole show then at the end showed how there was barely a mark from the heat!! I've always remembered that episode but never heard about that material again until now!!
Okay now this is amazing. It’s like I’m watching you discover things on your own through experimentation that I’ve only read about in textbooks and journals. I’ve long wanted to try and make starlight.
Boral is a building material usually used for exterior trim. Waterproof, doesn't rot, and when I threw a puck of it into the firepit, it was still there after weeks of fires. "Boral TruExterior Trim is made from a combination of a bio-based polymer and fly-ash (which is a byproduct of coal combustion). Combining the ash with a polymer makes a sustainable product with some excellent characteristics"
@@RomeoRj7 Not all discoveries are accidental. For example, the discovery of planet Neptune is the result of calculations. When they pointed their telescopes to the predicted location, the planet was there, as expected. The discovery of Pluto was accidental though, they tried doing the same thing as with Neptune but messed up their calculations, and found Pluto by pure chance. Also, experiment lead to discoveries only if you know where to look. For example, the discovery of radioactivity was the result of photographic chemicals being ruined when stored with certain materials. Most people would have thought about a manufacturing defect, light exposure, or something like that. It takes a serious scientific background to just notice that it may be the result of then unknown laws of physics.
I watched this video after the waterproofing sheet video both impressive,VERY impressive! I'm going to watch a few more. You are a great orator and teacher. I will explore Brilliant and check back in. Thank you for "Sparking" my 68 yr. Young's brain🙏
The amount of research and attention to detail that it must have taken to put a video like this together had to have been PHENOMENAL to say the least! Awesome video man. The part about the lack of a patent reminded of the Mustad fish hook company. No patents on their milling machines for that exact reason. Once again, Awesome video bud.
I saved this vid for my son who builds proto type industrial machines. I might use your way of starlite when building a yard bread furnace around my village house. I enjoyed this vid tremendously
This is the most interesting thing I’ve seen in a long time. Netflix needs a channel like this. Outstanding research and presentation. Thank you for sharing.
The fact that this is such a mature and straightforward technology makes it surprising to me that it never showed up in Dr. Stone. It's exactly the kind of flex I would expect from that show.
First part of the video holding a panel with your hand with a torch on it is very illustrative but very dangerous!! Some people can try too with a different results , not talking about the material, talking about your hands if that panel felt off!!!!. I saw many years ago a cube of special ceramic coming from the oven red!! A gay from NASA hold the cube from the corners as soon they were not red!! Was a space shuttle ceramic tiles!!! It was shocking and very impressive to see!!
original name is "Υγρον Πυρ" in greek :) . Original translation in english means "Liquid Fire" others have used the term "Greek Fire" due to its origin, and i think later others have used such materials that tried to mimic "Υγρον Πυρ" under the general term of "Greek Fire".
@@giannispets Ygron Pur gives a good hint of the possible origin of cognates like iron and Latin ferrus, from both words... I've never looked at their etymologies.
I did that 2 years ago using homemade "waterglass" ! 1/2 in thing and zero heat transfer to the back after 10 minutes of full-on propane torch! Just sand, waterglass and perlite formed into a brick then cured. Nothing fancy but most likely equally as good and the stuff.
Discovering a good fire brick replacement that can be made with [essentially] baking and cleaning household goods would be fantastic! I'll be watching your Starlite forge video next and really look forward to messing around with this idea
One product i didnt hear mentioned that hair dressers had access to was eye shadow which is made from none other than MICA . Mica was used in electric and gas ovens in the 18 and 19 hundreds in furnaces and cook stoves but was later replaced by tempered glass ... Mica has an outstanding resistance to high heat without having much of a reaction to oxygen ..
@@russellday5003 I bought some fiberglass porclien a few years ago.. to use in a hightemp forge but due to is dangerous quality compared to otherstuff i decided to not use it. its 100x times more dangerous than regular fiberglass insulation.. I have access to an outcropping to mica formation where i live.. i have used it in mixing different materials to reduce heat stress. works mighty well
Vermiculite is heat absorbing/resistant and water retentive. Depends on exfolliation (sic) stage and grade. All natural, non-toxic, usually in Australia. Other vermiculite deposits/pods were found throughout Canada/North America that were asbestos contaminated. Again a natural substance, but toxic once disturbed. Vermiculite is an ash like substance that has been found to encase geodetic formations. Amethyst was found in a geodetic pod in "Mudtank" mine, located approx 100 miles N/E of Alice Springs, along the Plenty Highway, in The Northern Territory, Australia. A hotspot, no pun intended, for minerals, crystals etc. Zircon, garnet, gold and all various assortments in that "Hart's Range" area. Heat resistance naturally.
I learned of this in elementary school. Held it in my hand as nasa compared it to shuttle heat tiles. You've figured it out. The carbon generation is the shield.
The perfect new substance to add as a binder would be "Chitin", a newly rediscovered super material that is made out of crustacean and/or insect shells {carbon based so good for this recipe}..unbelievable properties.
Ben: I have improved the formula..... Me: Ahh must be some fancy or rarer exotic ingredient that imbues improved properties! Ben: I have made it even cheaper..... Me: *pikachu face* wut?
I encountered a problem I got plentiful to do Homework tidying up the room But now i am sitting in a mess of flour building my own heat insulator Scientific curiosity 1: 0 Life and important things
This contribution is really good and it is really appreciated. I wonder if borax and fluoride could be replaced by other components, these two, according to the sources, are very toxic and the damage is highly relevant to the neurological system, it would be very good for those firefighters who use them to save lives and carry out their work by fulfilling their noble duty. greetings.
Ok, convinced me. Gonna make a propane smelter (forge?) with it this weekend. I'll keep this thread updated. Might be able to do away with firebrick and satanite altogether?
@corbald Any luck on this idea? Thought I might make up some bricks as a test to see how it would last lining the walls of a forge. My one concern is how well would it hold up to flux, and how long would it last before needing to be replaced? I'd be interested to hear the results of your test.
@@randoprior4130 Unfortunately, I was evacuated from the Southern Oregon fires. I haven't had a chance to get to this, and possibly flammable activities are discouraged at the moment... I'm home, but school has started for my kids, so I'm a bit behind. I'm still excited to try it out, but it might be a moment.
This Gent has a beard The Starlite dude had a beard Scientists trying to replicate starlite had no beards Therefore having a beard equals the abiltity to make cutting edge scientific discoveries My logic is undeniable 😎
If nothing else, if I’m ever trapped in a burning building I now know I can head for the kitchen and cover myself in sweet, bubbly matzoh dough, stuff a garden hose thru the trap in a toilet, and walk out with a fireproof suit and a breathing tube. 😉 Assuming the hose doesn’t melt. Assuming I have a hose. 😁
Uhh... and you dont pass out from the fumes from the air past a toilet trap... Have you ever been near an untrapped pipe? You cant breathe that, even if you can overcome the odor. You'd have maybe 30s before doubling over and vomiting because there is FAR MORE than just oxygen in that air.
Check out the other videos in my Starlite series, including how to make a Starlite forge: ua-cam.com/play/PL1a2HkcVbmAVm9q-OiOJ5DopnD72J3Qdf.html
This is one project where you should definitely check out the source links posted in the video description! There's some really interesting stuff in there. Thanks to everyone who tested and experimented with my previous starlite (or "star-alike") recipe and shared their own videos. Thank you also to my Patreon supporters for backing projects like this one. I'm not finished with this yet, and I hope to work my homemade fireproofing material into several other projects.
How about using Calcium Carbonate instead of baking Soda in Combination with Sodium Alginate as a Binder to produce a more elastic substance?
@@thecommentator3594 all sorts of binders would work fine. I think calcium carbonate has too high a decomposition temperature to be useful.
@@Nighthawkinlight maybe a recipe for "backyard furnace" bricks?
I'm sorry but most of the sponsor stuff went unnoticed because of that cute parrot :) :D
You should think about sealing this with some sort of spray on apoxy or something that will ensure it to survive for years during "moisture" exposure.
I was Maurice's main point of contact in the 1996-1998 period with McDonnell Douglas as it was transitioning to Boeing. When I retired from Boeing in 2016, I wrote a paper on our Starlite testing during that period, because most of the primary players were already dead - Maurice himself, and Rudi Naranjo who had been Maurice's main NASA contact, and our own chief investigator for tests we ran using lasers and torches on a wide variety of Starlite samples in St Louis and at other sites. Whether they accepted that paper for the Boeing Technical Journal or not, I don't know. But I do know that Maurice himself didn't understand the theoretical basis for how Starlite worked. He was an experimenter, not a theoretician. Starlite wasn't a thing, it was a family of things, and he would never be able to just produce a jar of Starlite. He invariably asked for a detailed description of whatever application you wanted to put it to, then he would go into a lab and create something that he thought would work. Testing would show if he was on the right track, and he'd refine the formulation until he was satisfied with its performance in that particular form for that particular application. For anything else, the process would start all over. Starlite could be mixed with water to form a paste, or with epoxy, or various other things. He could blend it in with plastic materials (all that stuff about being a hairdresser was a red herring that he used to distract people from the fact that he'd spent years in the plastic recycling business) and polypropylene seemed to be his favorite there. He could incorporate it into foams. He could make it rigid or flexible. He could make it intumescent or not, and that alone used to create another useful red herring for researchers who might be trying to duplicate his material.
During the course of our testing we found other materials that could reproduce some of Starlite's properties, but not all. They tended to be cementitious (you can get impressive thermal resistance out of ordinary Hardie board) and not amenable to combining with resins and plastics without severely compromising their mechanical properties. One in particular, though, involved a very different theoretical basis from the others, based on seemingly unrelated NASA research, and the test data that they showed matched our Starlite data for coated metal panels. That's the only form that it came in, though, a coating; it couldn't, as far as I know, have been molded into plastics or foams like Starlite was.
Being able to handle Starlite in its many forms, and being on close personal terms with its inventor at the time, was one of the most memorable phases of my career. I wish something could have been done with Starlite, but Maurice knew that he was only going to get one chance to cash in on his invention because it wasn't protected by patent (he was holding it as a trade secret instead) and so as soon as it was used on actual products out in the real world, it was going to get reverse-engineered and reproduce in some form or another without earning him a cent in royalties. He left the basic formulation behind, with his wife and daughter, but he told me once that he hadn't told them quite everything; he said he'd "kept the good stuff" to himself. A very unusual man, to match his very unusual material!
Thanks for sharing your experience!
YES ONE chance ... that he blew ..... he got NOTHING and died .... and the world didn't get a material that would make it easier for reusable rockets ......
Fascinating!
Rest in peace but what an arrogant piece of trash... keeping the good stuff to himself when no such ownership exists over his creation, having been created by God first and foremost... thanks for stunting scientific growth, egoist.
WoW. Thx for this addendum.
It's so funny how so many of life's mysteries boil down to "I didn't know the term to search for"
Chicago bolts- took me months
@@17hmr243 That's what they're called?? I was searching for those a long time ago and never could find them
@@ChromaMatrix to make paracord fibs to weave yes . And in knife handles, book binding, and costume building
Story of my life, and Google's changes to how things work in the algorithm haven't made it easier. I know indexing more results = more work for them, but ultimately, they fucked up with the search engine, and a lot of results just don't pop up anymore.
@@17hmr243 Ha! I can relate to the one specifically, took longer than I care to admit.
I used this recipe as a makeshift high temperature soldering block for jewelry making. I was able to solder large pieces of silver plate without warping or bending. The carbon reflected the heat into the part nicely and protected the surface underneath. Thanks nighthawkinlight.
I would love to see a video on it
huh.i also dabble in jewelry crafting so that is a nice idea.
🎯👍
now you can use his new torch for jewelry making as well lol
I was just thinking about this as I scrolled to this comment... Thanks for sharing that.
My curiosity died a long time ago, however, not the basic usefulness of advantageous information even if I could not understand it. Thank you for your very educational video.
9:05
I highly respect the little note saying "potential false dichotomy", not many people are courageous enough to point out potential flaws in their arguments like that. Keep up the great work!!
Not just courage, we have here a very honest person. By the way, it's spelled dichotomy, not dichomoty as shown on the video
Absolutely, and it's generally a good sign of a strong, well founded argument, too. For example, I do think it was a false dichotomy, but that doesn't undermine the use of Occam's razor, or the argument itself in any way. It just means there are more angles to the question of what happened in that lab than were stated, and Occam's Razor can still be used to trim away suggestions that require Ward's Starlite doing what is currently considered impossible.
dichomoty*
Borax melts into a glass like material, thats why the carbon material is much stronger.
one step away from borosilicate glass. Try adding waterglass? :)
You mean it scratches at level 6?!?!
Came on to *Suggest He ADD Borax* as an insect deterrent, etc
@@AutomationDnD I thought it was used as a washing powder?
Mralabbad
With deeper grooves at level 7
I really appreciate the calm, no-nonsense tone in these videos. Plus the annotations. Informative without trying to be clever. Why can't all informative UA-cam channels be like this? I can't even describe how tired I am of excessive upspeak in other videos.
The best super material is the saudi arabian passpot of 911 hijackers. It survived thousands of degrees of temperature and fell right into the laps of fbi.
@@AzamatBagatov413 - Oh fuck ya! That was a miracle wasn't it?
The fact that the world let that shit go in the face of so much evidence before and after the incident, without prosecution of the Bush, Cheney, and Bin Laden families just gave the powers that be that much more confidence to pull off more deadly super heists of the citizens of the world.
Cuz they know the majority of people are either too shallow minded too see it or too indifferent or too skeptical.
They can get away with anything now and go virtually unchallenged.
Like the intentional release of a man made bio weaponized Frankenstein corona virus with HIV DNA it that is spread thru the air instead of sexual transmission of bodily fluids that targets those people that are receiving government benefits to live. The retired, and the sick.
Follow the money. It always knows.
Yup. This guy is like a cool glass of water on a hot day. Simple and refreshing.
me too.
Because the snotty, entitled children that dominantly habitate UA-cam don't know what hard work is and never will. They don't work or contribute because they're fuckin parasites who drink up the "im oppressed" narrative
I enjoyed listening to your video. Even though it was long, I did not get bored. I feel like some creators put so much filler in that I can't stand watching it... but you were well-spoken, did not rush, did not go too slow, used examples, had a story, and gave credit when credit was due. It was a joy. I'm going to subscribe!
As an engineer on the former Space shuttle in specifically this area, I don't know if I speak for my friends, but I definitely found this Freaking amazing. I've been watching your channel for years, and this is one of the best videos you've ever made!
As someone interested in space engineering, would this material work as a shuttle's heat shielding (even if you end up remaking it every time since it's so easy and cheap to produce).
@@UltimatePerfection I doubt it would be durable enough.
Remember, in re-entry conditions you've got not only superheated plasma but also strong shock fronts, pressure, and supersonic gas flow. The carbon foam would need to be very strong, or it could be ripped off. Either this leads to a very fast regression speed or worse, actual structural failure. This is why plastic resins with insulator materials in it are commonly used for ablative shields - they're consistent all the way through and strong.
@@mduckernz Ahh common, put some ceramic fibers in it or some carbon fiber...
I pay taxes and I want an edible reentry vehicle.
you're completely and utterly full of sh!t! if you worked in aerospace engineering you'd already know EXACTLY what boron-carbide ceramic composite is... boron suspended in a ceramic lattice of carbide foam... you know... the stuff we make the heat shielding on THE SPACE SHUTTLE out of ;)
@@mordokai597 who are you talking about, you gotta be specific
About 7 years ago when I was a freshman of Chemistry I went a little nuts going down the Maurice Ward rabbit hole. I think you are right in using readily available materials. I think the simplicity of the ingredients is in part for the ridiculous secrecy. In my mania i came up with a list of potential ingredients a hairdresser would have had access too, local to his area and his time. My most successful trial came after introducing a borosilicate powder to a similar base to yours. My most catastrophic failure came after i then tried adding sodium hydroxide as an analog for a perm solution. I was so caught up in the mystery that i neglected to actually work out the chemistry.
Howd the sodium hydroxide work out?
@@alexsullivan2957 boom
I'd like to add concern that Maurice is not the original inventor. I think he was given a recipe. If he could create it, as a scientist he should know why it responds as it does.
@@the-0-endless376 how do you know that?
It's like Ted Cruz made a baby with Elijah Wood...
Don't be fooled, he says he made this material intentionally but really he just sucks at baking cookies
i mean, those are ingredients in a cookie
It's a guy thing D:
Sooo....you suck at cooking?
You mix borax in cookies?
I have been doing it wrong. Brb gonna make cookies with it.
Don't eat them 🤣
As a writer who dabbles in sci-fi, I love coming across science youtube channels. They always give me ideas because of everything I learn. Found you through recommended videos while watching NileRed, definitely gonna check out more of your stuff.
One use I can see for this is as a homemade welder’s putty to protect from heat when working around items that need to be protected from excessive heat.
I was thinking similar with soldering pipes in between wood joists... I use damp rags and a mister... now a may just make some cookie dough! :)
What is welder's putty? Starlite?
@@kitemanmusic it's heat insulating putty, that boils away water as vapor to lower the temperature. f.e. wet clay. Starlite is much more effective than that - and cheaper to make
I am not sure if it would work as welder's putter. Heat moves through the metal while welding through conduction. Welder's putty is wet and cools the metal that it is in direct contact with as the water in it evaporates. This Starlite wrapped around the metal would not prevent heat from conducting through the metal underneath it, and it would act as insulation.
i am thinking about using this for selective hardening of steel blades :3
2:11 improved version of my formula
6:26 history of Starlite
10:56 Starlite commercialization
13:51 similar products
People like you are good people
People like you are nice and soft people.
I'm the 69th like on this comment😏
@@BigMacOrange _NICE_
@@BigMacOrange *#WINNER*
What's the reusability like on the borax-infused material - if it is cooled and exposed to flame again, is it still durable? Could it be used to line a small gas forge?
It lasts a while, I'm not sure how long precisely.
if you look at scenes when it's burning, you can see that it burns away slowly, so maybe make a furnace that has slots where you can slide new starlite tiles into
What if you add Perlite or Vermiculite both have heat resistant properties ?
@@tarmacdemon Another gardener, I see.
@@Yora21 How did you guess lol
I remember when I was younger going through UA-cam and seeing a clip of him showing off the egg experiment. I’m not one for experimenting myself, the most I’ve done is handling borax for slime for my siblings, it’s amazing how much people can do with just some home materials, bits of information, and determination.
Even now just reading the comments seeing people talk about their own experiments with similar goals, or even experiments for other materials in general, it’s amazing how far one can go with things you can buy from stores. It’s inspiring, maybe one day when I’ve sorted out what I want to do with my life I could try it out myself.
So in short thanks for sharing this, even if it took a few years for UA-cam to recommend, it was definitely worth it!
when I saw the title: "ahh another video on Starlite, I've heard this story before"
When I finished the video: "This was so much new information and so well put together. NightHawkInLight delivers again!"
Like most of your videos, I found this really interesting and learned quite a bit. I love how such an effective material can be made from anything from very common to somewhat rare ingredients. Keep up the great work!
I FOUND DWIGHT!!!
If I wanted millions for some flour and borax, I'd be very secretive too.
if you wanted millions, then your recipe would need to perform better than flour and borax. For a chemist, it's not that much of a secret.
@@executive exactly why he demanded to wash your hands after handling it....
@@eIektrinis you could be as secretive as you want. You think people wouldn't discover mixing two common household items together on their own?
the best way to make is sign a contract to sell the copyright of the formula completely before they know it
@@executive You obviously have not been in the intellectual community. They over think everything and would never believe that it would be that simple.
I’ve always wondered what happened to this, invention, and especially what happened to the quite quirky guy who invented it. I’ve actually tried to research it and this is the only video I’ve found that mentions it. He claimed it could be used in liquid form to make fabrics fire proof and that it would be used to make rockets heat proof. It’s cool to finally know what happened and wish it was actually the magic material he had hoped it would be. Love your channel thanks.
Glad you took up this mystery. I remember when the creator first debuted the material on news programs decades ago. I started prototyping similar materials until I was duplicating Space Shuttle-style heat tiles instead. I wanted the whitest refractory ceramic I could design AND make it water proof so it could be used for roofing and wall tiles to just plain ignore sunlight and Texas heat. The final products where nearly imune to large fresnel lenses and barely even warmed but I never resolved the water corrosion issues. Any glaze involved raised the heat absorption back up again. Someday though...
Great project. Thermal radiating paints have been a trendy topic recently, but I'm suspect about durability and their continued function after getting a little grime on them.
@@Nighthawkinlight This is an unfair critique, seeing as how those claims are made from both lab and field tests. The field being where grime and dirt exists.
Brb gunna make cookies with borax and shingle my roof because I'm a resident of the dang future
Fizzy,
I'm currently delving into refractory ceramics for kiln-making. Would you be willing to teach what you've learned or share helpful resources for experimenting?
I'm deeply interested in all this and would love to learn more!
Glaze... A lite silica coating... Which was how our ancestors keep ceramic from water corrosion!
I work as a building inspector and have a lot of run-ins with intumescent caulking that is used to fill membrane penetrations in listed assemblies. Hadn’t really thought about there being a link between starlight and the caulking as far as how they function
I remember the original BBC story introducing starlite when it first aired in my country. I recall one of the claims made by Ward was that it was made with "household ingredients".
I remember this too. I searched for news of starlight a couple of times since then. Thought it got the government treatment. Now I know.
The act of people "taking something to the grave" that would benefit mankind because of greed and selfishness is an act of pure vanity and it takes the lowest sort of human filth to commit such an act . Thank you for sharing ! You are a good man Sir !
100% agree. It also assumes he invented it instead of discovering it.. GOD invented it first and foremost, arrogant fool. Now he's somewhere I hope I never go......
He probably took it to the grave because someone wanted to steal it from him and do something bad or something he didn’t agree with!
Governments of the world have a bad habit of killing people and stealing their knowledge base to their inventions/creations!!!
The act of expecting someone to provide their intellectual properties for free, even though they invested their own time and money to create it, is an act of pure greed, trying to steal someones sweat equity.
@@haydenschulze2198 Huh? Who said anything about it being free? There were many many offers to buy Starlite. Homie was just overly greedy and paranoid, so he took it to his grave. Did you even watch the video? Haha
@@CheeseWheelEnthusiast the comment I'm replying to is upset that people who don't release their tech before death because they were waiting for a payout are "the lowest sort of human filth"
I am saying that it does not make you human filth, but it does make you human filth expecting something for nothing. People don't owe society anything. If you create something, it is your decision to release it or not. You are not any better or worse for having kept it.
My dad was a chemist and made something similar to this in the early 80's. His had one component of coal ash the rest i don't know. But you could hold it in your hand like this demonstration but didn't blacken but was very brittle.
Is he still around? Can you ask him about it? Not blackening is very interesting if true, I'd love to find out about it
So, I think this material was a carbon fome itself - it could resist huge temperatures be cause of its structure... That's only a guess, of course. It could work differently.
So it was 1980 and I was 7 years old. Unfortunately my father passed away in 1999 and I don't know the rest of the formula. When I was young I did my best to soak up all the info I could but just can't remember half of it. My father had perfected mixing coal dust with oil and keeping it from settling in the solution through using concrete additives to stabilize the formula. End result was you could burn the coal-oil mixture and get additional BTU's from the burn while reducing sulfur dioxide emissions up to 85% depending on the grade of coal used. Additionally it was discovered that you could pump this coal-oil mixture concoction through pipelines without the danger of the coal eating away the pipe through abrasive action. In essence the additive coated the coal dust and gave it a non-abrasive action.
I believe the coal-oil mixture led to the coal ash thermal heat plates he made. I wish I knew the formulations. Dad was always experimenting, even finding out what happens when you put coal in a microwave. First person I ever knew that made microwave popcorn 5 years before it ever hit the market. My dad was a great tinkerer and thinker always creating and improving on things. I miss all that shit.
I do still have his formulation work around the coal-oil mixtures. He had started a company called Favon and was trying to sell the formulation to various power companies to burn in their boilers. You have to remember in 1979 the price of oil was way up during the OPEC embargo's. So utility companies burning oil to generate power were very interested in the tech to reduce overall cost. Sohio (Standard Oil of Ohio) was once such company wanting the tech. Then the price of oil fell and these companies pulled out. There is much more to the story but its more than I want to type.
@@drbbhiggins damn
drbbhiggins This video may have been amazing, but the thing that really captured my interest is your story! I’d love to hear the rest of it!
Japanese builders have been using a technique called Yaki Sugi ( 焼杉, "Roasted Cedar") for centuries (it's usually called "Shou Sugi Ban" in the west, for some reason). It involves charring the outer surface of cedar cladding boards of wooden houses. It increases rot- insect- and fire-resistance...
its used on poles for fenses -in finland and by late father -he didnt come up with it himself
about 35yrs ago there was a lot going on with cold fusion me and a mate started experimenting being budding scientists i had discovered electrolysis fascinating but one experiment brought me to the properties of carbon i found if i put a piece of carbon fibre mat squashed into a piece of 1/1/2 copper tube with a positive connection to the tube and to battery and a negative to what ever metal i wanted to melt even two dissimilar metals together copper and zinc which i later found out was a light alloy for aircraft structures duralumin i think it was called they would melt together like butter i was using bell wire to connect to the battery on forty amps no heat in the wires unless i caught on the copper and caused a short?
@@kevhalpin6371 Don't know much about carbon fiber but Your approach to grammar seems also quite revolutionary...
Mr. Chickadee, ASMR home building/carpentry/Japanese joinery channel on YT makes extensive use of this technique, though not always with cedar. Given cedar’s natural rot and fungicidal/pesticidal qualities, it would obviously be a superior choice
@@jari2018 In Sweden as well 👍
I knew ship's biscuits were near indestructible, but this is a whole new level. Complete with Borax weavil protection, although I don't think the sailors would appreciate it.
The English bakers used to cut their bread with Borax and Alum in the 19th century. It’s not healthy, but not very deadly to humans either
Fantastic Video. I've been interested in the product ever since I saw the eccentric inventor demonstrate it. Showing the paint possibilities was also very helpful. Living on ten acres of woods makes fire a great danger. Thanks. Great instruction. Now it's time to experiment and play and see what can be practically protected.
I don't think you've ever published a single video where I didn't learn something new. You go into so much detail in everything you cover and always do so in a fascinating way. Thank you!
I hope you and your family are staying safe during these difficult times.
19:32 - third improvement from glass bubbles: massive overall weight reduction... the ‘98 Ford Taurus reduced the weight of their epoxy undercoat from 70+ lbs to ~34 lbs by incorporating 3M glass bubbles into the compound before spraying. The bubbles will flow, so they didn’t clog the sprayer. Cool technology...
3 meter glass bubbles
@@ibrahimghanem5213 🤣🤣 no, the 3M company 😉
@@the_eminent_Joshua_E_Hrouda That was kinda funny though
@@the_eminent_Joshua_E_Hrouda Lol thanks, i was really stumped
Terrific episode. I learned a great deal, and you perked my interests as a WETT Inspector dealing with everything with fire, chimneys, and wood burning appliances. Creosote also produces a carbonized reaction when I deglaze, and it also has an incredible heat insulation quality.
You've gone to great effort to thoroughly research the topic and then explain the ingredients and material properties in a logical and clear way. All backed up with demonstrations and tests. Thanks for sharing your knowledge. I really enjoyed it.
I love when I spend an hour descriptively googling something till I find the the proper term for it. upon googling that, suddenly there is a wealth of information.
It's stuff like this that makes me feel like being a teenager again would be amazing rather than awful.
I know gen Z has inherited a lot of crap to deal with, but I would have killed to have access to this kind of information when I was young. I was so enthralled with the world and how cool every avenue of science is, but was stuck in a world of pen and paper, crappy teachers, no encouragement, and no people to realistically aspire to (Boyle and Newton don't count)
As a 40-odd year old, watching this makes me want to study chemistry, physics, engineering and dig a basement to make into a lab. Please keep doing what you're doing
As someone in Gen Z (fresh bachelor's grad, just on my first job!) I believe anyone can be a scientist. Not every scientist works in a lab, though. Most people doing science don't even have a lab or a title concerning science.
Science is a mindset, not a job category. If you are trying to grill the perfect spare ribs, you can apply the idea of science to your process. If you are just trying to get your car to have a little more mileage, you can apply the idea of science. If you're even just trying to optimize the time you have in a day, you can still turn that into science. It's still not too late.
Weird. In Poland in the 70s/80s/90s TV was full of popular science programming including home science instructionals for kids, sth that doesnt exist any more. My fave program was called "Kuchnia" (pol. 'kitchen') in the 90s, where the presenter with his two sons were doing cool physical and chemical experiments using stuff available to everybody at home, especially in in their kitchen.
You're never too old to start!
@@amjan we had something like that on the same generation he was called Mr Wizard. A real scientist. Then came the phony scientists like Bill Nye, Neil Degrasse Tyson.
Gen X here. I started dabble into micro bio and material science projects for fun. Most are just duplicating experiments found here. No grand plans but it's intellectually stimulating and fun. So if you're thinking about it, do it!
You legend! I remember playing with your last recipe in my garage and having it stand up to some mighty feats ;) now I've returned and you've only gone and made it a thousand times better! God bless!
"It turns out this is an old technology that was rediscovered"
Now if only someone could rediscover Roman concrete
The channel Practical Engineering has a great video about Roman concrete.
@@Nighthawkinlight love that channel like yours
A lot of these so-called "lost secrets" are really just things most people interested in disseminating such information actively trying to hide from their audience.
Edit: in case I wasn't clear, I was referring to press, programs, magazines, mystics/gurus/your personal spiritual coach etc. trying to sell you mysteries for money.
@@Nighthawkinlight I'll be sure to check it out
@@lcmiracle I have learned to spot these types of things and started calling people out for it. Everything from "Aztec soil" "so much better than modern fertilizer" (which is just regular old high carbon mulch) to Roman concrete (a well know if a bit obsolete formulation of everyday versions) to Starlight, most of the people peddling these as "mysteries" are indeed hunting not for any kind of answer but rather for clicks from the curious and gullible.
Unfortunately there are many people who *want* there to be a mystery and so defend such articles despite overwhelming evidence that the answer is actually quite well understood. I once had an argument with someone over the "Aztec soil" thing, and how they claimed that it outperformed anything we could produce today. When I pointed out that it is a well know fact that high carbon mulches typically improve with age and that *of course* a mulch layer hundreds of years old would out perform something produced just last year they got all huffy and said that didn't prove anything. When I countered that we have many agricultural universities with mulch beds mere decades old that far surpass any of the examples of "Aztec soil" we have they wound up just blocking me. They simply did not want the mystery solved, nor to be informed that not only was the answer mundane, but we had also learned to surpass it due to a better understanding of the process.
I am willing to bet that there will be many "Starlink apologists" that will take a similar stance. The story is simply too good for them to let go.
Styropyro or the backyardscientist should unleash some laser mayhem on it.
Oh boy, they really should
did you see the cody's lab video?
@@The_Hell_Lord what video? can you give the link?
@@pin1771 he already did, if i remeber correctly the laser was stopped due smoke (lost its focus)
Yeessssddssd!!!!!!
I'd love to see you try making a small foundry out of that material and see how it holds up?
I might just do that, it be very interesting to see. I hope others do too that way we all get more results
for a brief moment I was thinking of a crucible instead of a foundry, and was like "that wouldn't work. You need the heat to got through to melt the metal" but then I remembered what a foundry is and yeah, it would be interesting to see how it holds up.
I can almost assure you that long-term survivability would be very very bad, but if you're a hobbyist who doesn't use a foundry very often, I don't imagine the cost of remaking it every time you use it would be all that troublesome.
@@reaganharder1480 crucible for induction furnace?
@@dmsaintrain 🤔 could be a possibility...
Exactly what I was thinking. Now if I can overcome my laziness and do it.
i wonder if you could mix with cement and yeast. the yeast would eat the sugars and cause the mixture to 'rise'. as the cement sets it produces heat and bakes into place. eventually, the cement will cure into a fixed position. but would still retain pockets of starlite that could activate when burned.
my guess is that starlite was made with exactly the most basic ingredients he had in the kitchen, and he knew that everyone can replicate it - hence the secrecy.
I was about to suggest this. It's made out of literal household ingredients. If he wanted to sell it and have it be taken seriously, he needed people to assume it was more than it was.
@@helloyes2288 lol fun fact? that's how: BSD, Windows, BeOS, and MacOS all got off the ground. Infamously that was also how the segway scooter got going as well.
Yeah also my theory. Possibly he also knew it was vulnerable to insects and rot, but not being a true chemist, he wasn't sure how to adjust the formula to make it durable. So he was stuck - he can't make it and sell it as is, because it wasn't real world ready. But he couldn't share the formula with companies in negotiations, because they'd just copy it and claim parallel discovery.
I agree. If Starlite were truly made of obscure materials, he would be better off filing a patent and collecting massive royalties from the only companies large enough to produce it in the first place.
@@helloyes2288 it's more that anyone would just make it ingredients from the grocery store at low cost, rather than pay for the product at any significant price. Should have just taken a payout from big B and let it go.
Just a theory, but maybe he didn’t want the recipe for starlite to get out because it was super easy and relatively cheap to make??
Maybe
Of course that's it. What good is a patent in that scenario
Thing is, if that were the case, he could have still sold it. Many patents are just re-hashed ideas and recipes that already exist. But his stupid greed made him think he could make a billion dollars from a tool-shed invention. If he had said, alright sight unseen total sale of all rights, recipe and all, with a 1% kickback on all profits forever, for let's say $5 million, he could have lived out his life in comfort.
@@SoulDelSol In a way, that type of situation is where a patent is most useful. Patents are most powerful in situations where there are few if any physical or economic barriers to recreating something, and thus only a legal barrier can prevent companies from doing so.
@@neeneko Yep. Although if you keep it as a trade secret instead you can keep it to yourself even longer than a patent. The problem with a trade secret is reverse engineering. Trade secrets are good for products that are hard to reverse engineer. If tomorrow someone figures out how to make a 3D printer that has 1000x better resolution and can print 3 times as fast as anything on the market they could A) patent it and enjoy market dominance for a few years or B) keep it as a trade secret and just make them for their own use and try to corner the market for 3D printed goods. If what you invented is just some chemicals mixed together and the real money is selling that as the finished product then patent is the way to go because the minute you send out your first shipment people are going to have samples to reverse engineer.
I love the fact that you have covered this subject, I saw "starlight" first shown on Tomorrows world and always wondered what happened to it. I will certainly be experimenting with this as a heat insulating material at some point.
I really admire your outlook of keeping knowledge open. I wish there more more humans who shared this kind of world-view. The current world is unfortunately geared to reinforce self-centered values of profit (even at the cost of others). You are a refreshing breath of values to change the world to become a better place. Thank you so much. I have become a fan of yours. Professionally I am a physicist / mathematician / engineer / inventor, and I wish to work with people like you. Your enthusiasm is contagious :)
The 'rare' ingredients may not have been overly exotic to someone who trained as a hairdresser in the 1940s and 50s in the UK.
Roger O'Donnell I wonder if he stumbled on some of the properties while heating hair too long.
@@MildMisanthropeMaybeMassive lol
It would also explain the extreme paranoia over the ingredients... if anyone could make it at home with ease, how could you really profit from it once the secret is out?
I imagine some of the ingredients were familiar to him in hair products.
Gru= "Oh dear your Perm is on fire",
Old lady= "I don't feel a thing"
Gru= "LIGHTBULLLB!!
I used borax to coat my crucible that I use for melting Silver/gold. The borax melts to a clear liquid glass with an oxygen/propane torch and prevents the metal from sticking to crucible. It's really strong, glad you used it in your mix as I was thinking about it all along due to my past experiences.
That's cool
There are different forms of intumescent paints as well. The one you have tried is water based. There is also some that are solvent based, and epoxy based. I deal with these products on a daily basis and would be happy to lead you to the right direction for more info if you want.
I live in a fire prone area if I was to paint my house with this stuff and then paint over it with regular paint would it protect my house?
What's the most effective type for high temperature applications?
highlander723 seeing as how many house paints are oil based, (though often treated with mild fire retardants) I would think that you wouldn’t need to paint another second layer. I’m sure that the paint shown in this video would be available in any assortment of colors if that is the primary concern for wanting to use a second coat.
@@highlander723 so in order to do that it wouldn't be regular paint that would go over it. It would have to be some approved topcoat / sealer that would be your end result. Brands change on manufacturer of the intumescent.
Also the product itself isn't so cheap, so it's not really practical to do something as such.
@@websterri the product itself isn't really meant to be used as a repeated heat insulated product. It's really just as a 1 time heat exposure, and it's done.
It's mainly used on steel structures on buildings where it would require to have an hourly rating, and usually be exposed to the public eye.
Although there are a small bit of manufacturers which allow it to be used on wood.
so I started watching this and was thinking I would skim through it and get some details....then I forgot to skim and watched 21 minutes of really neat information!
Keep up the great content!
I think the added borax dehydrates with the heat making a carbon/borax glass composite, I really want to make a box with the material and see if I can finally have a cheap and readily available substitute for fire bricks
Was just thinking about using this as a forge liner
A forge liner of this stuff could be a good way to prolong the longevity of my cheap cement one that I use with sand and plaster of Paris. I wonder if the putty mixture could in any way be mixed in with the cement. 🤔
@@the_great_tigorian_channel Even if you could it's probably better to figure out a way to make disposable sheets of something like this and swap them out as needed. Keep it fast and cheap and engineer for it and you can save a lot of time and effort.
The Grinning Viking from what I can see, it’s extremely easy to mold this stuff, so I can’t imagine that would very difficult to pull off
Reinvent the not needed...
I'm a special inspector that has seen intumescent paint and material on a ton of job sites. Very cool video bringing awareness to the concepts!
Same here... Im Geotechnical but got a cert for fireproofing 👍👍
Uuuuui.... a SPECIAL Inspector.... wow...
@@BracaPhoto interesting, thanks
@@davidfuller764 cause dirt and intumescent paint are somehow related right? 🤣😁
It's just a game of gathering as many certs as possible when your job pays extra for each one 👍👍
What's worse than keeping your secret products secret is, the product you thought of making years ago being made by someone else and you watch it being sold on TV and Amazon.
And also on TV it comes with a free set of steak knives.
Why is that bad? If you invented it and you're being paid for it, being sold everywhere seems like a "you made it to the big time" moment.
@@74stinkyfoot You don't get the point, which is that keeping a recipe secret means having no patent on it, so if someone else makes and sells it, with or without patent, you don't get to see a single penny of it. The man was plainly paranoid, and he never got what he wanted: free money for the rest of his life.
@@paulmichaelfreedman8334 not paranoid, if you can't make money from the patent.
This actually happened to me but was an idea for product.. few of them actually if I had the money to do it I'd be rich
I dont know why UA-cam didnt give me recommendation about this channel. Passive cooling is my area of interest and I keep looking for info on yourube.
Great video and I am gonna try it for sure.
I work with intumescent fire protection every day at work! We apply it to the inside of doors that go in railway cars.
What product brand do you use for that process?
Our company uses it for structural steel buildings. We mainly use Carboline products when it comes to intumescent
@@HHernandez93 Is that anyway related to Vermiculite?
@@HHernandez93 we use several European brands, some made by the Sika Group in Switzerland, others made by SVT in Germany.
@@markfryer9880 Vermiculite is just a mineral that expands significantly and exfoliates upon heating - no chemical reaction is involved, only mechanical. Not really related to these intumescent materials.
I am glad to hear that borax does help since I did not get to test this concoction myself yet.
As for already well insulating materials, there is one cheap and easily available - perlite. It would also vastly improve sour soup-can forge. I have actually built and I do use a forge insulated with a mixture of perlite and fireclay, so I know for sure perlite works.
Perlite even mentions it's fire protection properties on the bag.
the fact that I was just some dude on the internet that rediscovered a super material is astounding
I didn't know about your channel before watching the latest sky cooling paint video. It's amazing how you manage to develop so affordable and accessible methods to produce advanced DIY materials.
The fire resistant dough I'm actually going to try myself as soon as possible. Thin insulator tiles made of it could improve the burning efficiency of my miniature camping stove, and also prevent corrosion and bending of metal. Because the insulator is made of edible ingredients, it'll be perfectly safe to pack it inside the cooking pot along with the stove parts.
BTW, could you create an old-school website to publish your instructions also in written form? Now since everything that has been happening lately to the internet (at least Reddit and Twitter going nuts, and there are worrying signs at UA-cam, too), you might want to ensure that your important contributions continue to be easily available to everyone.
Ablative coatings are still used for atmospheric reentry, even just today to bring the Demo-2 guys home. (Bob and Doug, the #SpaceDads)
If I remember correctly, Ward's intention was a result of an airline disaster...he sought out to create a non-flammable alternative to the internal plastic construction used in commercial planes...I have issues with him...as his claimed initiative was altruistic, but his subsequent behavior was for purely monetary gains. The little voice in the back of my head says that there was a severe flaw in his formulation...my guess is longevity or durability...and he was biding time to perfect it, to no avail, before his ultimate demise.
The major flaw would likely have been how it had to be used, at best you could only do mechanical die punch forming, and then you would have to take into consideration shrinkage while drying, and likely degradation if exposed to water.
When someone figured out how to add the properties to plastic there wasn't any need for this material anymore, although it's simplicity and availability does make it sound interesting for fire protection in developing countries.
Usually when I hear these sponsers I skip or just leave when it's in the end. But your bird caught my eye while slightly listening
Another great example of scientific curiosity and experimental patience. Great work; thanks for sharing.
Havent watched the whole thing yet, but i love the whole story behind Starlite. Love that this is making a reappearance.
14:49 Let's make a happy litte fire resistant layer here
I am so glad that I ran across this video I am just so amazed how intelligent this fella has been blessed with I mean he dotted every eye and crossed every tee in his presentation he is such a good speaker I love knowledge and he did a very good job of presenting knowledge on display I marvel at the wisdom and knowledge and understanding that God gives some people and the ability to yield it out to others he is a wonderful teacher I'm so glad I ran across this channel
You love knowledge, but hate punctuation. Not a single comma or period yet you spelled god with a capital G. Get your priorities straight man.
@@paulmichaelfreedman8334 I was just going to say that he said all that in one sentence.
I saw this on a show called Tomorrow's World when I was kid. They had a blow torch on the material for the whole show then at the end showed how there was barely a mark from the heat!! I've always remembered that episode but never heard about that material again until now!!
Okay now this is amazing. It’s like I’m watching you discover things on your own through experimentation that I’ve only read about in textbooks and journals. I’ve long wanted to try and make starlight.
Boral is a building material usually used for exterior trim. Waterproof, doesn't rot, and when I threw a puck of it into the firepit, it was still there after weeks of fires.
"Boral TruExterior Trim is made from a combination of a bio-based polymer and fly-ash (which is a byproduct of coal combustion). Combining the ash with a polymer makes a sustainable product with some excellent characteristics"
Seems like it would make good house siding.
Subbed to this channel for the mini potato cannon, left with a super material. Thanks bro.
Right??? He does some Cool Stuff here
:-)
What no mention of the wonderful bird?
Wait, don’t leave! He’s not done yet🤣
First time here. Your presentation skills are top notch. You know the material and don't cut very often. Refreshing, love it!
um i think that guy he accidentally "discovered" (yes, not invented) starlite from burnt cookie made by his wife 😆
Must have been some really horrible tasting cookies.
All discoveries/inventions made by humans are by accident. No one is born with the knowledge of how to create things. Experiments lead to discoveries.
@@RomeoRj7 some are made on purpose, if they had an understanding of science then you can predict how things react without a field experiment
If its man made then it's not discovered. Starlite is not a compound made in nature on this planet.
@@RomeoRj7 Not all discoveries are accidental. For example, the discovery of planet Neptune is the result of calculations. When they pointed their telescopes to the predicted location, the planet was there, as expected. The discovery of Pluto was accidental though, they tried doing the same thing as with Neptune but messed up their calculations, and found Pluto by pure chance.
Also, experiment lead to discoveries only if you know where to look. For example, the discovery of radioactivity was the result of photographic chemicals being ruined when stored with certain materials. Most people would have thought about a manufacturing defect, light exposure, or something like that. It takes a serious scientific background to just notice that it may be the result of then unknown laws of physics.
I'd like to see how it fares against an acetylene torch, since it's so much hotter than a propane torch
Wow So nice to actually see and hear a person that has great communication skills and a scientific method approach. Keep up the great videos
I watched this video after the waterproofing sheet video both impressive,VERY impressive! I'm going to watch a few more. You are a great orator and teacher. I will explore Brilliant and check back in. Thank you for "Sparking" my 68 yr. Young's brain🙏
"Its been a closely guarded secret for over 40 years, also, lets make it for a youtube video" 😂😂im so glad the internet exists
This man is the living embodiment of absolutely boredom and curiosity combined
The amount of research and attention to detail that it must have taken to put a video like this together had to have been PHENOMENAL to say the least! Awesome video man. The part about the lack of a patent reminded of the Mustad fish hook company. No patents on their milling machines for that exact reason. Once again, Awesome video bud.
I saved this vid for my son who builds proto type industrial machines. I might use your way of starlite when building a yard bread furnace around my village house. I enjoyed this vid tremendously
This is the most interesting thing I’ve seen in a long time. Netflix needs a channel like this. Outstanding research and presentation. Thank you for sharing.
Why do you need it on Netflix when it’s right here, and the creator retains full creative control?
First thing I thought watching this is that it would be interesting to see a compare/contrast between this and Aerogel.
The fact that this is such a mature and straightforward technology makes it surprising to me that it never showed up in Dr. Stone. It's exactly the kind of flex I would expect from that show.
First part of the video holding a panel with your hand with a torch on it is very illustrative but very dangerous!! Some people can try too with a different results , not talking about the material, talking about your hands if that panel felt off!!!!.
I saw many years ago a cube of special ceramic coming from the oven red!! A gay from NASA hold the cube from the corners as soon they were not red!! Was a space shuttle ceramic tiles!!! It was shocking and very impressive to see!!
Been curious about lost materials for a while. I recall there being some some crazy greek fire I've heard about.
Ancient napalm
original name is "Υγρον Πυρ" in greek :) . Original translation in english means "Liquid Fire" others have used the term "Greek Fire" due to its origin, and i think later others have used such materials that tried to mimic "Υγρον Πυρ" under the general term of "Greek Fire".
@@giannispets Ygron Pur gives a good hint of the possible origin of cognates like iron and Latin ferrus, from both words... I've never looked at their etymologies.
Greta video! I'd love to see how the Borax enhanced material holds up as a liner for a homemade forge!
i recently fell into your channel an i absolutely adore it, and 100% feel you are a great science communicator.
I did that 2 years ago using homemade "waterglass" ! 1/2 in thing and zero heat transfer to the back after 10 minutes of full-on propane torch! Just sand, waterglass and perlite formed into a brick then cured. Nothing fancy but most likely equally as good and the stuff.
Discovering a good fire brick replacement that can be made with [essentially] baking and cleaning household goods would be fantastic! I'll be watching your Starlite forge video next and really look forward to messing around with this idea
Maybe baking these bricks in a vacuumoven could be the key to get proper strength
Might want to add some Epsom salts. They absorb moisture from the air and then re-release it as water on a chemical level
Oof, that could have some *spontaneous* effects under high pressure 😅
One product i didnt hear mentioned that hair dressers had access to was eye shadow which is made from none other than MICA . Mica was used in electric and gas ovens in the 18 and 19 hundreds in furnaces and cook stoves but was later replaced by tempered glass ... Mica has an outstanding resistance to high heat without having much of a reaction to oxygen ..
Another fun fact, mica was used as the insulating material for high performance aircraft engines as porcelain would get too hot.
@@russellday5003 I bought some fiberglass porclien a few years ago.. to use in a hightemp forge but due to is dangerous quality compared to otherstuff i decided to not use it. its 100x times more dangerous than regular fiberglass insulation..
I have access to an outcropping to mica formation where i live.. i have used it in mixing different materials to reduce heat stress. works mighty well
@@russellday5003 by the way what was the ratio mix you used in that u made?
Vermiculite is heat absorbing/resistant and water retentive. Depends on exfolliation (sic) stage and grade. All natural, non-toxic, usually in Australia. Other vermiculite deposits/pods were found throughout Canada/North America that were asbestos contaminated. Again a natural substance, but toxic once disturbed. Vermiculite is an ash like substance that has been found to encase geodetic formations. Amethyst was found in a geodetic pod in "Mudtank" mine, located approx 100 miles N/E of Alice Springs, along the Plenty Highway, in The Northern Territory, Australia. A hotspot, no pun intended, for minerals, crystals etc. Zircon, garnet, gold and all various assortments in that "Hart's Range" area. Heat resistance naturally.
I learned of this in elementary school. Held it in my hand as nasa compared it to shuttle heat tiles. You've figured it out. The carbon generation is the shield.
Starlite: I can withstand 10,000 degrees
Celcius: NASA learned that confusing metric and imperial measurements can make for expensive stuffups.
And Spinal Taps Stone Henge model.
Fantastic work! Thank you for this comprehensive follow-up.
You're a Superb Applied Scientist, and a Brilliant Practical Chemist. Love this video.
The perfect new substance to add as a binder would be "Chitin", a newly rediscovered super material that is made out of crustacean and/or insect shells {carbon based so good for this recipe}..unbelievable properties.
Ben: I have improved the formula.....
Me: Ahh must be some fancy or rarer exotic ingredient that imbues improved properties!
Ben: I have made it even cheaper.....
Me: *pikachu face* wut?
I encountered a problem
I got plentiful to do
Homework tidying up the room
But now i am sitting in a mess of flour building my own heat insulator
Scientific curiosity 1: 0 Life and important things
@@LEDiconuselessInc Lol, mixing up some infredients after Watching a YT Video is scientific curiosity in your eyes?
So this is fireproof bread that survives reentry heat?
"Commander to pilot: Stop eating the space shuttle!"
I was hungry! There is no truck stops out here.
But sir, it's caramelized so perfectly and apparently space smells like burnt steak.
This contribution is really good and it is really appreciated. I wonder if borax and fluoride could be replaced by other components, these two, according to the sources, are very toxic and the damage is highly relevant to the neurological system, it would be very good for those firefighters who use them to save lives and carry out their work by fulfilling their noble duty. greetings.
Ok, convinced me. Gonna make a propane smelter (forge?) with it this weekend. I'll keep this thread updated. Might be able to do away with firebrick and satanite altogether?
@corbald
Any luck on this idea? Thought I might make up some bricks as a test to see how it would last lining the walls of a forge. My one concern is how well would it hold up to flux, and how long would it last before needing to be replaced? I'd be interested to hear the results of your test.
Also the word you are looking for is foundry if you intend to actually melt metal in a crucible. Always wear your respirator!
@@randoprior4130 Unfortunately, I was evacuated from the Southern Oregon fires. I haven't had a chance to get to this, and possibly flammable activities are discouraged at the moment... I'm home, but school has started for my kids, so I'm a bit behind. I'm still excited to try it out, but it might be a moment.
I’ve always thought that the material was never lost! Thought I was the only one who had ever heard of it on BBC tomorrows world!
This Gent has a beard
The Starlite dude had a beard
Scientists trying to replicate starlite had no beards
Therefore having a beard equals the abiltity to make cutting edge scientific discoveries
My logic is undeniable 😎
Heat plate
You certainly must have a beard!
Have a look at aluminium oxide. I was using it in the 70s as a heat shield. The same stuff the tiles on the space shuttle are made from.
If nothing else, if I’m ever trapped in a burning building I now know I can head for the kitchen and cover myself in sweet, bubbly matzoh dough, stuff a garden hose thru the trap in a toilet, and walk out with a fireproof suit and a breathing tube. 😉
Assuming the hose doesn’t melt.
Assuming I have a hose. 😁
Uhh... and you dont pass out from the fumes from the air past a toilet trap...
Have you ever been near an untrapped pipe? You cant breathe that, even if you can overcome the odor. You'd have maybe 30s before doubling over and vomiting because there is FAR MORE than just oxygen in that air.
@@Rodrik18 I know, because also who has that much matzoh flour just laying around, am
I right? 👀
wonder if soft mareng would do the trick as well, throwing in powdered charcoal, marshmallow man has left the building
@@ArmchairDeity Can't have enough matzoh flour lying around, jic! lol