Coretec Group Inc (CRTG)

[iamthe walrus]

Amprius ( AMPX ) silicons listed in one of their patents are silicons and types of silanes that Coretec has already compared its CHS to and found to have lower depositons temperatures and higher yields which all come into play with making a silicon anode.
Amprius silanes listed from the patent : Any approptiate silicon source may be used for the non-conformal and conformal silicon layers including ; ( Monosilane ) silane SiH4 , Dichlorosilane ( H2SiCl2 ) , Monocchlorosilane ( H3SiCL ) Diphenylsilane ( The CEA mentioned this silane as one they compared CHS to ) Trichlorosilane ( HSiCL3 ) and Silicon tetrachloride ( SiCl4 ) to form silicon layers .
Coretec said these types of traditionally used silanes nanoparticles i mentioned above are not able to be functionalized at small nanoparticle sizes like CHS derived silicon nanoparticles and CHS to begin with can be made smaller . So the SEI layer now being formed on CHS custom made silicon nanoparticles are superior for several reasons .It can be a bit complicated for thse of us who are not chemists but Coretec has provided a lot of information and other companies have a lot of patents out there to compare Coretecs siicon anode active material to . Ive been told recently by one of the top people in the materials business that the semi conductor ndustry has been wanting this material ( CHS ) for a long time . As we know its ready for use in anodes but needs to have the process refined more to get for one a more pure material so it can be applied to semi conductors something they dont have to do to apply CHS for anode materials