Traditional insulation often relies on synthetic or fossil‑fuel derived materials. Our patented banana‑fiber composite transforms the agricultural by‑product of banana cultivation into a lightweight, breathable, and highly insulating material – all while reducing waste and carbon footprint.
The Fiberban concept is based on a patented process that transforms waste into a high-performance, versatile insulating fibre. This technology offers a safe alternative to asbestos, combining performance, safety and sustainability. It paves the way for a new generation of natural insulation materials capable of meeting current requirements in terms of energy efficiency, safety and environmental protection.
R‑value up to 4.5 per inch – comparable to fiberglass but with better airflow.
100% biodegradable, non‑toxic, and derived from a renewable agricultural waste.
Lightweight panels that cut installation time and labor costs.
Natural fibers absorb vibrations, creating quieter living and working spaces.
Our unique patented process involves a proprietary chemical treatment that binds banana‑plant fibers into a dense, uniform matrix.
Building sector (residential + commercial).
Fiberban™ is a natural, fire-resistant, and versatile insulation material, providing thermal and acoustic protection for all types of constructions. Ideal for roofs, walls, attics, and specialized infrastructures, Fiberban™ enhances comfort, safety, and energy efficiency while valorizing recycled waste for a sustainable approach.
The automotive industry is accelerating toward a sustainable future, where performance meets responsibility.
Banana fibers, known for their light weight, strength, and biodegradability, are emerging as an innovative alternative to synthetic materials.
They help reduce vehicle weight, lower carbon footprints, and enhance the eco-friendly image of modern car manufacturers.
Textiles & protective equipment (armour, workwear).
The textile industry is moving toward more sustainable and innovative solutions.
Banana fibers, derived from renewable natural resources, stand out for their mechanical strength, lightness, and silky appearance. With their fine texture and natural sheen, they can even be compared to silk, offering a more ecological and cost-effective alternative.
These fibers also demonstrate excellent breathability, high absorbency, and full biodegradability, meeting today’s demands for both performance and sustainability.
They are increasingly used in ethical fashion, technical textiles, and premium fabric production, combining comfort, elegance, and environmental responsibility.
Fiberban™ drives innovation in the electrical and electronic sector with banana fiber–based insulating materials that combine technical performance and environmental responsibility.
Lightweight, durable, and naturally insulating, Fiberban™ solutions offer a sustainable alternative to synthetic polymers — enabling greener and safer electronics.
Fiberban™ stands at the forefront of innovation in the defense sector.
By harnessing natural banana fibers, Fiberban™ develops lightweight, strong, and durable materials designed to meet the highest standards of performance and safety. Applied in composite structures, ballistic protection, reinforced components, and insulation systems, Fiberban™ solutions provide an eco-responsible alternative to traditional synthetic fibers — enhancing both the resilience and efficiency of modern defense applications.
Fiberban™ transforms the leachate from banana stalks into a natural liquid fertilizer rich in essential nutrients.
This biofertilizer enhances plant growth, revitalizes depleted soils, and reduces chemical inputs, embodying a truly circular and sustainable approach.
See our patent publication for full technical details.
"The banana‑fiber panels cut our installation time in half while delivering exceptional energy savings."
EcoBuild Inc.
"Sustainability meets performance – a game changer for green building."
Green Horizon Architects
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