01
PROTECTIVE
Threat face: 2,000°C+. Protected face: never more than 60°C above ambient.
03ADOMAIN
LAND
Battery thermal runawayPassive fireIndustrial heatWildfireCritical infrastructure
Bioengineered material response
DRACONITE®Bioengineered.Heat-strengthened.Extreme thermal protection.
2,000°C+ threat.
Protected side: <60°C rise above ambient.
01Technology / Material proof
Where heat
once capped
performance.Now it enhances capability.
RF-transparent. Cryogenically flexible. Platform agnostic.
A new category of thermal protection
Protection strengthens
with heat — turning
thermal threat into advantage.
HOTTER.FASTER.LONGER.CHEAPER.
Without the SWaP-C² burden of legacy thermal protection.
02Technical proof
4 YEARS.
64 FORMULATIONS.
110+ PHYSICAL TESTS.
>2,000°CHot-face exposure
<60°CCold-face rise above ambient
0.15–0.35 W/m·KPost-vitrification thermal conductivity
<0.5 dBX / Ka-band target loss · RF-transparent
Cryogenic resilience−196°C immersion followed by 180° flex without visible micro-cracking
Minimum bend radius<50 mm
Active input0 W
Coolant0
Intellectual property2 UK patents pending
03Application / Platform
Platform agnostic across
land, sea, air, space.
LANDSEAAIRSPACE
03BDOMAIN
SEA
Marine batteriesNaval systemsOffshore energyThermal resilience
03CDOMAIN
AIR
HypersonicsDirected energyDronesAviation
03DDOMAIN
SPACE
Re-entrySpacecraftSatellitesEVA / spacesuits
04Evidence & validation
Proven.
Active evaluations
01Active evaluations across defence, space, air and land
05About
DR. ALISHA
FULLER-ARMAH
Inventor of Draconite
Forged in a shed in remote Scotland.