The Story of Starlite, the 'Blast Proof' Material (bbc.com)
OpenSourceAllTheWay writes: The BBC has posted an interesting video series on "Starlite," a white paste developed in the 1970s and 1980s by British hairdresser Maurice Ward that could completely insulate any object it coated, like a raw egg or a piece of cardboard, against extreme heat sources -- even acetylene torches, nuclear blasts and lasers capable of heating an object to 10,000 degrees Celsius. Anything Starlite paste was smeared on could withstand extreme heat exposure without the coated object melting or combusting or heating at all in the process. The heat-proof paste got a lot of attention around the world when it was demonstrated on the BBC's Tomorrow's World TV program in 1990. Ward was an eccentric inventor -- not a classically trained scientist -- who came up with the formula for Starlite by experimenting wildly with different substances. He got the initial idea for Starlite when he was burning garbage in his backyard one day and one particular piece of garbage simply would not burn at all. Ward thought that Starlite would be worth billions when commercialized. He let NASA and other scientists test Starlite -- it did work as advertised -- but never allowed anyone to retain a sample of the substance, fearing that it could be reverse engineered. Starlite never was commercialized properly, and Ward died in 2011 without making the millions or billions he had imagined he would. Sadly, Ward took the chemical formula for Starlite to his grave with him. To this day, nobody knows the exact chemical composition of Starlite, or how one might go about recreating the substance.
There are limits as to how well ordinary matter can resist the ionization of its electrons. As far as I know, energetic enough photons of the correct frequencies can convert anything into plasma.
As a small child I remember seeing this demonstrated on a UK Science program in the 70's I think. It truly was as amazing as it sounds
Unobtainium is always good to have in your BOM.
Yeah, it really does wonders, but I can't sell it to you.
aaaaaaa
I'm sorry and I know that they aren't very popular here, but that's what patents are for.
Afraid of commercializing something and someone reverse-analysing and stealing it? Patent it! It's public knowledge then, but you can sue the crap out of anyone trying to steal it.
bickerdyke
Surely one of you adepts can pull his soul from the great beyond and bind it to an Alexa or something so we can recover this important lost secret!
Clickety Click
Patents don't prevent re-engineering,
But you need to come up with a sufficiently different way to solve the same problem, or a new way which solve a ton of other problems. (in the realm of (stupid) software patents: see marching tetrahedron vs marching cubes, range encoding vs. arithmetic coding, etc.)
Here some groups of chemists and material engineer must come up with an entirely different recipe (an entirely different chain of synthesis reactions) which happen to give the same end product.
It's possible, but non trivial.
they make it redundant by telling you exactly how to copy.
On the other hand, the patent describes very precisely *what is* the invention and thus how to recognize any corporation attempting to steal the invention.
(Burt patents should be banned for something like software).
"Sufficiently advanced satire is indistinguishable from reality." - [Tips: 1DrYakQDKCQ6y52z6QbnkxHXAocMZJE61o ]
It's made of catskin. Proof: Anyone who ever had a cat knows that any amount of heat can easily be absorbed by a cat. Cat thermodynamics also mandate that heat always flows from the warmer body to the cooler body, except in the presence of a cat body whereas all warmth flows to this.
We used to have a Bill of Rights. Now, with the rights gone, all we have left is the bill.
Jasper Maskelyne, a British stage magician, claimed to have invented something very similar during the Second World War. One of the ingredients, however, was asbestos.
https://books.google.co.uk/boo...
Oh wait
https://en.wikipedia.org/wiki/...
Mostly random stuff.
His coffin was coated in starlite and they couldn't cremate him. Ended up burying him instead.
Yeah. Pretty ineffective.
Just watch the BBC series of videos to get actual information.
Material was tested by Ministry of Defense, they used 4kt nuclear bomb equivalent. Goal of material was to disperse heat (thermal energy), provided it withstands the shockwave. There is also many more details available on lasers (tested energy), view of the inventor on patents (from an interview)...
He intentionally prevented any samples of the material from getting out of his hands, so there are no samples to examine as far as I'm aware.
Almost what I was thinking.
Btw, carbon foam would oxidize and burn away over time.
Off the top of my head, it could be some sort of aerogel.
I just don't know of any, that are stable at high temperatures.
Maybe a wolfram/tungsten oxide aerogel?
If the structure has voids inside, that are just slightly too small to contain an air molecule, it would certainly have extremely low heat conductivity.
Otherwise, what oxides would be relatively 'common', or not un-common, in 1970s garbage?
Titanium oxide? Perhaps a mixed silicon-titanium oxide?
Privacy begins with
I wish I could edit my post now, as I just saw the later videos. (I thought there was only one).
There is definitely some form of carbon foam being created when subjected to extreme heat, but it seems to be protected by something else in the formula.
I suspect a component to be common baking powder, as it has (some form of) sodiumphosphate.
I do not see why phosphate would 'stick' to the carbon foam, but that would definitely protect it.
There is also (commonly) starch in baking powder, which will produce carbon foam when heated with some desiccant mixed in.
The desiccant could be magnesium oxide.
The daughter mentions some stages to put it together in, meaning there's some chemical reaction happening, that would not happen if mixed in the wrong order.
As it is a paste, there's some fluid in it, probably not water. They mention glue of some sort, so this would contain some organic solvent.
I am not familiar with common 1970s glues, any suggestions?
The odd thing is, there's barely any smoke coming from it, so all reactions are either almost completely contained within the compound, or produce invisible gases, such as CO2.
Privacy begins with
Something is very fishy here.
You want me to believe that various military and governmental science agencies got their hands on the stuff for testing and saw it working, but didn't get a sample for their own analysis? That's the extraordinary claim for which we need extraordinary evidence.
The stuff's gotta be bullshit.
That is all.