Bio-Based Expanded Foam or EPE-Equivalent Bio-Foam

Our biodegradable EPE substitute elevates packaging protection with a sustainable twist, utilizing a PLA and PBS blend for foam-like cushioning that's fully compostable. Engineered via supercritical nitrogen foaming for uniform structure and enhanced with plant-based coatings, this material offers superior resilience, temperature stability, and rapid breakdown—ideal for logistics, electronics, and eco-focused industries while slashing plastic waste and emissions.

Eco-Friendly Materials, Cutting-Edge Innovation 

• Plant-Based Power: Blends polylactic acid (PLA) from renewable sources with polybutylene succinate (PBS) for a high-performance, biodegradable matrix that rivals traditional EPE in flexibility and strength.
• Clean Foaming: Employs supercritical nitrogen processes to create uniform pores with ±5% consistency, eliminating chemical residues for a purer, eco-friendlier production.
• Moisture Shield: Features a plant-derived hydrophobic coating achieving >110° contact angle, improving moisture resistance by up to 50% over uncoated alternatives.

Superior Performance, Industry-Leading 

• Exceptional Strength: Exhibits <8% permanent deformation under stress, outperforming traditional EPE (typically 15%), for reliable impact absorption in shipping and storage.
• Fast-Composting: 
  • Industrial Composting: Fully decomposes in approximately 45 days under controlled conditions, aligning with biodegradable polymer timelines.
  • Natural Burial: Mineralizes into CO₂ and H₂O within 60–90 days in soil, leaving no microplastics or harmful byproducts.
• All-Temperature Durability: Maintains stability from -40°C to 85°C, making it versatile for cold chain logistics and varying environmental demands.

Globally Certified, Eco-Champion 

• ✅ DIN CERTCO Certified: Meets EU standards for industrial composting, ensuring verified biodegradability and safety.
• ✅ ASTM D6400 Certified: Compliant with U.S. norms for compostable plastics, confirming effective breakdown without environmental harm.
• Ultra-Low Carbon: Generates around 8.2 kg CO₂/m³—up to 66% less than traditional EPE (approximately 24.5 kg CO₂/m³)—thanks to bio-based sourcing and efficient processing.

Green Packaging, Market Leader
Choose our biodegradable EPE substitute for enhanced protection fused with unparalleled sustainability. Tailored for logistics, electronics, and forward-thinking brands, it minimizes environmental impact and positions you as an eco-leader.
Contact us now to customize planet-friendly innovations that safeguard your products and the planet!