Ponda BioPuff® is a bio-based insulation material designed to offer high thermal performance while contributing to environmental restoration. It is composed of 60% Typha fibre and 40% recycled polyester, with a manufacturing process that prioritises sustainability and traceability.

Material Composition and Environmental Impact
BioPuff® is derived from Typha fibre, a plant cultivated on regenerated wetlands. The material is processed mechanically without chemical treatments, maintaining its natural properties. The inclusion of 40% recycled polyester with enhanced biodegradability ensures that the product aligns with circular economy principles. Biodegradation testing shows that the polyester component decomposes significantly over time in various environments, reducing long-term waste.

BioPuff® contributes to wetland restoration by supporting paludiculture practices, which help sequester carbon, enhance biodiversity, and improve water management. Research indicates that re-wetting 3% of European agricultural wetlands could reduce agricultural emissions by 25%.

Performance and Certification
BioPuff® provides thermal resistance comparable to traditional insulation materials, with a value of 0.8250 K*m2/W. It has passed migration, durability, and moisture retention tests, demonstrating its suitability for long-term use in textile applications. The material meets Cradle to Cradle Gold certification and complies with the Global Recycled Standard (GRS).

Application and Care Guidelines
BioPuff® is available in loose fill and wadding formats. Loose fill is suited for garments requiring high loft, while BioPuff® Wadding (80% Typha, 20% recycled polyester) provides structured padding. The material integrates into existing textile manufacturing processes and is compatible with sew-through baffle construction.

To maintain performance, Ponda recommends delicate dry cleaning or washing at low temperatures with plant-based detergents. Excessive washing may impact the natural waxes in the fibre, which contribute to water resistance.

Sustainability Metrics
Lifecycle analysis indicates that BioPuff® has an 88% lower impact than goose down and a 19% lower impact than polyester insulation. The material’s carbon footprint per kilogram is 3.4 kg CO2 eq, compared to 19.5 kg CO2 eq for goose feathers.