Wherever there is heat, there are applications.
We know all the tremendous possibilities that this material has.
We still don't yet know how the material works, but that it works it is absolutely the case.
Demonstration on live TV
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Live demonstrations on Tomorrow's World and the BBC Radio 4 in 1990 showed that an egg coated in Starlite could remain raw, and cold enough to be picked up with a bare hand, even after five minutes under the flame of a blowtorch. When heat is applied, the material chars, which creates an expanding low-density foam of carbon which is thermally resistant.
White Sands Tests
Simulated nuclear explosion with 2,650 tonnes of TNT. Substrate unharmed, "merely blackened on the surface".
Plastic that can withstand a Nuclear Blast?
"...Starlite seems to promise coatings that could protect satellites from laser weapons, or shields on tanks that could fend off heat from a nuclear blast."
“...couldn’t touch Starlite even with a plasma torch, which easily cuts through 18 inches of steel.” and “it took 9 seconds to heat a warhead to 900ºC. But a paper-thin layer of Starlite halted the temperature rise at 40ºC”.
"Proof of concept" tests
"The conclusion from this phase of testing is that Starlite has successfully demonstrated "proof of concept" for resisting high-energy lasers and as fire and thermal barrier"
Femtosec Laser Tests
Extreme power densities without observable damage to the surface of the material.
ASTM D635 Burn Tests
No specimens burned to the 25mm mark. The specimens did not continue to flame after the flame application.