High-purity biomaterials for defence and emergency response.
Canadian origin. | Regional production. | Supply resilience.
The biomaterials we produce
| Chitin | Chitosan | Carbonized chitin | Chitosan hemostatic | Derivatives and nanocrystals |
|---|---|---|---|---|
| Biodegradable | High-Strength | Circular | Biodegradable | Antimicrobial | High-Performance | Bio-Derived | Inherently N-Doped | High-Capacity | Hemostatic | Nanofibrous | Antimicrobial | Biodegradable | High-Performance | Circular |
| Download our product catalogue. |
Defence & emergency response applications
Emergency medical care
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Our biomaterials can be used in hydrogels and films to promote fibroblast proliferation, collagen synthesis, and antimicrobial protection.
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Our biomaterials can function as a biodegradable scaffold with tunable mechanical properties. They can be used for cartilage, bone, and skin regeneration.
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Our biomaterials have improved clotting efficiency, making them useful for surgical sponges and emergency care products.
Energetic solutions for defence
Nitrochitin is a high-performance, drop-in replacement for nitrocellulose that redefines power and density with significantly lower hazard signatures. Our biomaterial also replaces the adversarial dependencies with a secure, sovereign, and NATO-aligned supply chain.
Drone endurance and expeditionary & platform power
Carbonized chitin is a high-rate kinetics & capacity alternative for sodium-ion and lithium-ion systems. These chitin-derived anodes can be used to improve drone endurance, support expeditionary & platform power, and more.
Our circular production
1. High quality Atlantic shell feedstock
2. MCE process platform
3. Advanced marine biopolymer materials
4. Priority pathways and end market
Key differentiators
Atlantic marine byproducts
Industrial infrastructure and feedstock control
Multiple product pathways
Canadian IP and production