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AS FEATURED IN
Why leading brands choose Woven Bio
Our bio-composite materials meet industry standards for protective packaging while reducing carbon, eliminating plastic waste, avoiding deforestation and supporting your sustainability goals.
Performance
without compromise
Our plant-based packaging materials enhance the strength, cushioning, and thermal protection of traditional materials.
Up to 40%
stronger than EPS in real-world impact tests
Zero Collapse
in high humidity — unlike traditional pulp packaging
Heat-stable
for reliable performance
Circular by Design
Made from agricultural waste fibers and bio-resins, our packaging is fully biodegradable and home-compostable — a true plastic-free solution that returns safely to the earth.
100%
biodegradable + home-compostable
0%
microplastics, zero toxins
No trees needed
Agricultural waste → no trees felled, ever
Drop-In Compatibility
Woven Bio packaging integrates into existing manufacturing and packaging lines with no retooling, making it easy to adopt sustainable materials at scale.
20% less material
Matches EPS protection using 20% less material
Up to 40%
stronger than EPS in real-world impact tests
±1 mm
precision molding — for exact fit, reducing product damage
Proven Sustainability Impact
Cut lifecycle carbon emissions, reduce plastic usage, and meet EPR and sustainability compliance standards while still protecting your products.
94%
lower carbon footprint vs traditional materials
-30%
Cuts packaging volume by up to 30% → lower shipping costs
50%+
lifecycle carbon emissions reduced vs EPS
Woven Bio is advancing packaging materials
Woven Bio helps packaging brands move beyond petrochemicals and forest based materials with
high-performance bio-composites built for sustainability and scale.
Our bio-composite materials meet industry standards for protective packaging while reducing carbon, eliminating plastic waste, avoiding deforestation and supporting your sustainability goals.
Packaging waste, by the numbers
upto
60%
of EPS packaging waste goes to landfills
only 9%
global recycling rate
for legacy packaging
300,000,000 tonnes
of plastic packaging is produced each year
50%+
lifecycle carbon emissions reduced compared to EPS
EPS Polystyrene Material
Traditional packaging
450–1,000 years to break down
30% of marine litter is polystyrene fragments
Emits toxic styrene and benzene during production
Less than 10% recycling rate
Up to 25% loss in strength in humidity, leads to breakages and returns
Paper Pulp Material
Traditional packaging
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