searching for good pressure isolant

  • Bender_
    21st Jun 2016 Member 0 Permalink

    Hey people, I'm searching for a material that would be a good pressure isolant (like ttan with ttan on ctype; it protects wifi from being destroyed into brmt while under pressure) but that wouldn't conduct eletricity. does anyone know any material or material state that could do that? (i'll credit you for giving me the answer in my future uranium reactor :p ).

    Thanks :)

  • Simon
    22nd Jun 2016 Administrator 0 Permalink
    You could use TTAN and break the wall into small segments that are large enough for TTAN to have effect (1px * 3px, I think), but with a small gap (1px) to fill with INSL to electrically insulate.
  • Sandwichlizard
    22nd Jun 2016 Member 0 Permalink

    check out the way I hold pressure in the URAN heater for this laser.  id:1461755  there are 3x3 squares of FRME, INSL works also.  in the middle of each is 1 pixel of ttan with a tmp of 1.  in between each 3x3 block is DMND which allows heat transfer thru the TTAN/FRME wall.  each TTAN pixel cannot have more that 3 pixels in between and still block pressure effectively.  hope it helps

     

  • Tom_Foolery
    29th Jul 2016 Member 0 Permalink

    One solution would be CRMC filling gaps between the TTAN, but this can be finicky when it comes to extremely high pressure.

  • Lord_Bowserinator
    31st Jul 2016 Member 0 Permalink

    !set life ttan 9999999

    *No longer conducts*

  • Sandwichlizard
    31st Jul 2016 Member 0 Permalink

    Nice tip L_B

  • Bender_
    20th Feb 2017 Member 0 Permalink

    wow I hadn't checked that thread for years

    thanks guys for your replies, in between I've found titane was an excellent pressure isolant but that thing with titane life 9999999 will really be helpful

  • QuanTech
    20th Feb 2017 Member 0 Permalink

    @Bender_ (View Post)

     Note that since life is truncated to 16 bits on load time, when the save is loaded again, the TTAN will have a life of 65535 (largest 16-bit integer)

    Edited once by QuanTech. Last: 20th Feb 2017