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Biocomposites
(from processed natural fibers)

- Lightweight: density as low as 1.16 g/cm³, ~42% lower than glass-fiber composites.

- Mechanical performance: strength-to-weight ratio of 140 kj/kg (glass fiber composite ~313 kj/kg).

- Environmental resistance: the same durability of epoxy systems (water, corrosion and thermal resistance).

- High renewable content: ~70% natural/bio-based content.

- Aesthetics: natural textile appearance available in different colors.

- Lower impact: natural raw-materials, lower CO2 footprint and biodegradability in less than a year in soil conditions.

Abaca biocomposites in five natural colors

Biocomposite in five natural colors.

Flexural strength of abaca biocomposites

Superior resistance for semi-structural applications.

Density map of composites and materials

Exceptional strength-to-weight ratios, while optimizing cost per area/mass.

Bio-polymer matrix for sustainable biocomposites

Bio-based polymer matrix solutions, thermoplastics or thermoset.

Electromagnetic transparency of abaca biocomposite radome
Electromagnetic test in anechoic chamber of biocomposite radome

Electromagnetic transparency for Radome enclosures (antenna, radar, and electronic systems).

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Hand Lay-up

Bending test ASTM D7264

Compatible with conventional composite manufacturing processes

biodegradability of biocomposites

End-of-life solutions
Biodegradability or Recyclability

biocomposite radome and environmental resistance

Tailored for environmental resistance under harsh effects

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