The foundational material platform for extreme thermal protection.
The Science of Transformation
Draconite™ is a bio-based platform technology engineered for extreme thermal stress.
At ambient and cryogenic temperatures (-60°C), it functions as a supple, durable membrane. Upon exposure to extreme heat (1,500°C+), it undergoes in-situ vitrification, hardening into a rigid, structural barrier that remains Radio Frequency (RF) transparent and zero-trace.
Manufactured via controlled fermentation of upcycled agri-food waste, Draconite™ offers a scalable, non-toxic alternative to extractive materials.
From -60°C to 1,500°C+
Draconite™ is a bio-manufactured membrane that adapts to its environment. At ambient and cryogenic temperatures, it is a flexible, malleable membrane. Under extreme thermal load, it undergoes in-situ vitrification, hardening into a rigid, protective barrier.
Pioneering protective bio-manufactured materials for the most demanding environments on Earth and beyond.
Built for Extremes
EARTH
Engineered for safety, durability, and environmental stewardship:
- Wildfire Protection Systems
- Battery Thermal Encasements
- Passive Fire Protection
- Industrial Safety Barriers
- Defence & Munitions
SPACE
Cryogenic-capable, zero-trace re-entry thermal protection. Radio Frequency (RF) transparent and environmentally benign on impact for next-generation spacecraft:
- Atmospheric Re-entry Shields
- Cryogenic Fuel Insulation
- Satellite Thermal Management
- Launch Vehicle Protection
Benign by Design
Draconite™ upcycles agricultural waste into high-performance protection. Entirely free from PFAS, synthetic polymers, and endocrine-disrupting resins. It delivers structural integrity when needed, and is inherently benign—leaving no toxic footprint, regardless of the environment or application.
Draconite. [Latin Dragon: Draco] + [Mineral Suffix: -ite]. Bio-Engineered for the extreme.