![Thermal conductivity of metal. Since silver 420w/mk is way more conductive than titanium (420w/mk vs 21w/mk), it could be heated up in no time and vaporize more efficiently. It should be Thermal conductivity of metal. Since silver 420w/mk is way more conductive than titanium (420w/mk vs 21w/mk), it could be heated up in no time and vaporize more efficiently. It should be](https://preview.redd.it/vjhjtn3xi5361.png?auto=webp&s=997cb79a7cff10e5af9221f5c0abbe6b88071773)
Thermal conductivity of metal. Since silver 420w/mk is way more conductive than titanium (420w/mk vs 21w/mk), it could be heated up in no time and vaporize more efficiently. It should be
High Thermal Conductivity in Anisotropic Aligned Polymeric Materials | ACS Applied Polymer Materials
![Table 5 from Thermal Performance of Fire Resistive Materials I. Characterization With Respect to Thermal Performance Models | NIST | Semantic Scholar Table 5 from Thermal Performance of Fire Resistive Materials I. Characterization With Respect to Thermal Performance Models | NIST | Semantic Scholar](https://d3i71xaburhd42.cloudfront.net/ea8d0827f72798222975995615b7ad11431d8c00/16-Table5-1.png)