Synthesis of Advanced Carbon Bio-fibres

The company is part of the SynCo Group's Research and Development area.

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Sustainable and advanced materials

01 Bio-fibre production

3-stage pyrolysis technology

We use green chemistry principles to transform natural and waste cotton cellulose, linen and other organic fibers into high purity multi-layered micro-carbon tubes. The resulting bio-fibre is chemically neutral, thermally stable up to 600°C and resistant to corrosion and solvents.

02 High Performance Batteries (LIB)

New generation anodes

Our functionalized Bio-fibers reach a specific capacity of approximately 400 mAh g-1, outperforming conventional commercial graphite. This material reduces initial raw material costs by 26-32% per tonne, while increasing the energy density and cycling stability of the batteries.

03 Organic stealth materials

Radioabsorbent materials (RAM)

We are developing nanocomposites combining bio-fibers, nano-magnetite and spinels to absorb electromagnetic radiation in the extremely broad bandwidth of 7 - 400 GHz. These ultra-lightweight coatings with a specific weight of 1.0 - 1.5 kg/m3 provide protection for aerospace and safety equipment.

GRAFENTECH

With private capital in excess of €1,000,000, our dedicated R&D laboratory operates at a confirmed TRL 4-5 technology readiness level.

Achieved through a proprietary atmospheric process at 200-475 °C in a special inert environment

99,5%

Carbon purity

Dual Use Character

Tactical RAM coatings

Protective radioabsorbent materials and radiation resistant structural composites designed to reduce radar visibility of special equipment, unmanned systems and to protect military infrastructure.

Testing laboratory environment

Sample material samples

Pyrolysis reactor from the research and development laboratory

Development projects

We are preparing the application of these advanced materials for commercial use together with a subsidiary in Armenia for the areas of:

Advanced Energy StorageCost-effective and extremely lightweight lithium-ion battery (LIB) components that improve charging speed and reduce the overall weight of electric vehicle energy storage systems

Structural CompositesDirect integration of Bio-fibers as a critical reinforcing and lightweighting component for aerospace and automotive applications and modification of heavy building materials (cement, gypsum, silicones).