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thesabbathlife wrote: This is seriously more than it reads. News today not demonstrates our ability to produces silicon nano powders of different sizes and porosity, but also the ability to produce said powders with and WITHOUT carbon coating. There is nothing that NSiR won't be able to produce when it comes to Specialty Silicon requests of various markets. thesabbathlife wrote: 3nm is 25 silicon atoms laid in a row https://www.pcgamer.com/tsmc-big-claims-about-tiny-gates/ https://www.news-medical.net/life-sciences/Silica-Nanoparticle-Applications-in-Biomedicine.aspx thesabbathlife wrote: Once you plebs understand this, we will be at + .60 We are preparing our own data before sample delivery to large auto and battery manufacturers in December. The carbon coating is just ice on the cake and thanks to Apollon, they are finding the BEST coating and coating process that PYR will then implement into PUREVAP NSiR. Don't get me wrong, PYR is already capable of implementing carbon coating technology into NSiR, but just like silicon size requests, there are different carbon coating requests that go along with the ability to be a tailor made spherical Silicon nano material producer. We supplied the nano powders to Apollon and however they carbon coat the powders is how NSiR will produce them, once running. Which reminds me, NEWS FLASH. "In addition to manufacturing samples of porous Silicon nanopowders of different sizes (2 nm to 1 µm) and pore structures (Microporous (<5nm), Mesoporous (5nm – 50nm) or Macroporous (>50nm))" This is big news of something we have not attained until now. Porous Silicon is used in the pharmaceutical field. 2nm silicon is small enough for use in processors. We are the only one to have perfectly spherical nano powders. We are the pioneer.
thesabbathlife wrote: 3nm is 25 silicon atoms laid in a row https://www.pcgamer.com/tsmc-big-claims-about-tiny-gates/ https://www.news-medical.net/life-sciences/Silica-Nanoparticle-Applications-in-Biomedicine.aspx thesabbathlife wrote: Once you plebs understand this, we will be at + .60 We are preparing our own data before sample delivery to large auto and battery manufacturers in December. The carbon coating is just ice on the cake and thanks to Apollon, they are finding the BEST coating and coating process that PYR will then implement into PUREVAP NSiR. Don't get me wrong, PYR is already capable of implementing carbon coating technology into NSiR, but just like silicon size requests, there are different carbon coating requests that go along with the ability to be a tailor made spherical Silicon nano material producer. We supplied the nano powders to Apollon and however they carbon coat the powders is how NSiR will produce them, once running. Which reminds me, NEWS FLASH. "In addition to manufacturing samples of porous Silicon nanopowders of different sizes (2 nm to 1 µm) and pore structures (Microporous (<5nm), Mesoporous (5nm – 50nm) or Macroporous (>50nm))" This is big news of something we have not attained until now. Porous Silicon is used in the pharmaceutical field. 2nm silicon is small enough for use in processors. We are the only one to have perfectly spherical nano powders. We are the pioneer.
thesabbathlife wrote: Once you plebs understand this, we will be at + .60 We are preparing our own data before sample delivery to large auto and battery manufacturers in December. The carbon coating is just ice on the cake and thanks to Apollon, they are finding the BEST coating and coating process that PYR will then implement into PUREVAP NSiR. Don't get me wrong, PYR is already capable of implementing carbon coating technology into NSiR, but just like silicon size requests, there are different carbon coating requests that go along with the ability to be a tailor made spherical Silicon nano material producer. We supplied the nano powders to Apollon and however they carbon coat the powders is how NSiR will produce them, once running. Which reminds me, NEWS FLASH. "In addition to manufacturing samples of porous Silicon nanopowders of different sizes (2 nm to 1 µm) and pore structures (Microporous (<5nm), Mesoporous (5nm – 50nm) or Macroporous (>50nm))" This is big news of something we have not attained until now. Porous Silicon is used in the pharmaceutical field. 2nm silicon is small enough for use in processors. We are the only one to have perfectly spherical nano powders. We are the pioneer.
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