It was discussed here two years ago already and maybe would even work as a heat-spreader.I didn't realise this is a thing. Batman did not suggest that - sorry, @Klumpen. I wonder if it would be usefull on the surface of a handheld. Wouldn't it wear off qickly? Also, it doesn't look as if it is readily available.
We have at least one thread about it, I think, and it comes up frequently when we discuss case color. I can't remember how it is made, but I think it must be grown/formed/applied to metal, so it wouldn't work for us. I can't remember anything about durability, although it will be used on military equipment, if it isn't already. It may not be available to a project of this size, or to consumers.I didn't realise this is a thing. Batman did not suggest that - sorry, @Klumpen. I wonder if it would be usefull on the surface of a handheld. Wouldn't it wear off qickly? Also, it doesn't look as if it is readily available.
It was discussed here two years ago already and maybe would even work as a heat-spreader.
https://www.pyra-handheld.com/board...colour-as-an-option.74896/page-3#post-1319040
If memory serves me right, it was always Brain that saved Penny... pretty sure I do not remember her having clones...I'll leave imaginary jesus the thankless task of saving Penny and her clones.
Source ?It also sounds very delicate. If you touch it, the nanotubes would be knocked out of alignment and it either returns to being 'normal' black or crumbles away.
It's just an educated guess. I'd be concerned about that, too. On the other hand it might very well be that those tubes are so tightly packed and their structure is that strong, that on a macro level the surface turns out to be quite resilient. Who knows?Source ?It also sounds very delicate. If you touch it, the nanotubes would be knocked out of alignment and it either returns to being 'normal' black or crumbles away.
That'd be the PyraI want her book.
How about a limited edition of vintage '80s beige (Amiga 500) !?!?
Yes, because two of those three things are definitely things everyone just has lying around their home.I know you can make carbon nanotubes with plastic shopping bags, a pressure vessel, and a kiln.
It's just an educated guess. I'd be concerned about that, too. On the other hand it might very well be that those tubes are so tightly packed and their structure is that strong, that on a macro level the surface turns out to be quite resilient. Who knows?
Well my mom did, because she's an artist. Either way it's definitely easier than most of these tyoes of developments.Yes, because two of those three things are definitely things everyone just has lying around their home.
No but if you milled out a cylinder of steel and made a pressure vessel that should work.Would a beer keg on a bonfire work?
Apparently they don't sell it to the general public.If ventablack is really as black, wouldn't mixing it into the plastic produce the same effect, provided the particles left no gaps to see through?
How does ventablack behave, I'm assuming its just one compound and not a description. Can it be bought in bulk?
Does this also apply to Vantablack S-VIS?@comradekingu It's a structural thing that makes it absorb almost all incoming light. And this structure needs to be grown on the product at 400 °C.
Source: https://www.surreynanosystems.com/vantablack/faqsWhat is Vantablack?
Vantablack is not a black paint, pigment or fabric, but is instead a functionalised ‘forest’ of millions upon millions of incredibly small tubes made of carbon, or carbon nanotubes. Each nanotube in the vantablack forest has a diameter of around 20 nanometres (that’s about 3,500 times smaller than the diameter of the average human hair), and are typically from around 14 microns to 50 microns long. A surface area of 1 cm2 would contain around 1,000 million nanotubes.
What is Vantablack S-VIS?
Vantablack S-VIS is a variation of the original Vantablack coating that is deposited using a spray based process, and has been said to be the world’s blackest paint. Again, it is manufactured from carbon nanotubes, but unlike original Vantablack, they are very short, and once chemically bound together they form an open coral-like structure that is highly efficient at trapping EM energy. In parts of the electromagnetic spectrum Vantablack S-VIS is not as dark as the original Vantablack, but in the visible spectrum it is very difficult to know which is which when viewed side-by-side. At shallow grazing angles it can become even darker than the original. This feature makes it very suitable for complex 3D objects such as baffles and cold shields.
Please note that Vantablack S-VIS is not available in a spray can or in solution for people to apply themselves as it requires complex post processing to achieve its high levels of absorption.
[...]
How is Vantablack made?
Vantablack is actually “grown” in a specially designed Chemical Vapour Deposition chamber under an array of powerful lamps that raise the surface temperature to 430ºC or higher to allow the nanotube forest to grow. So light itself is used in the production of the world’s darkest substance! A sprayable version of Vantablack is also available, called Vantablack S-VIS.