Green Solutions for a Sustainable Future

Our biodegradable foam containers offer a planet-friendly alternative to traditional EPS foam, blending performance with eco-innovation. Made primarily from renewable corn starch, these containers provide reliable protection while fully breaking down in composting environments, reducing plastic waste and supporting circular economies.

Eco-Friendly Materials, Sustainable Future 

• Plant-Based Power: Crafted with ≥85% corn starch from renewable sources, minimizing reliance on fossil fuels and petroleum-based plastics.greencompostables.
• Naturally Reinforced: Enhanced with sustainable plant fibers like bamboo and straw for added strength and durability, ensuring robust performance without environmental harm.

Uncompromising Performance 

• Built Tough: Offers compressive strength of ≥180 kPa, matching or exceeding traditional EPS foam for superior impact resistance during shipping and storage.
• Versatile Temperature Range: Withstands -30°C to 70°C, making it ideal for frozen goods, hot shipments, or general e-commerce packaging without degrading.
• Vanishes Sustainably: 
  • Industrial Composting: Fully decomposes in 90 days under controlled conditions, converting to nutrient-rich compost.
  • Natural Soil: Breaks down into CO₂, water, and biomass in 6–12 months, leaving no toxic residues or microplastics.

Globally Certified, Trusted Quality 

• ✅ OK Compost INDUSTRIAL (EN13432): Compliant with Europe's rigorous standards for industrial compostability, ensuring safe biodegradation without harming compost quality.
• ✅ CN GB/T 20197-2020: Certified as biodegradable under China's national guidelines for eco-packaging, promoting green development and low-carbon practices.
• Low Carbon Footprint: Emits only 0.8 kg CO₂/kg during production—up to 75% less than EPS foam (3.2 kg CO₂/kg)—contributing to reduced greenhouse gas emissions.

Choose Us, Choose Sustainability
Switch to our biodegradable foam containers for dependable protection paired with genuine environmental benefits. Cut your carbon footprint, comply with global standards, and attract eco-aware customers—all while supporting a waste-free future.
Contact us today to customize sustainable packaging solutions that elevate your brand!

Our biodegradable filler particles revolutionize packaging protection, offering EPS-equivalent performance with true environmental benefits. Derived from renewable modified corn starch and enhanced with nanocellulose, these particles feature a smart PVOH coating for durability and rapid dissolution—eliminating microplastics while supporting zero-waste initiatives in e-commerce and manufacturing.

Eco-Friendly Materials, Leading the Way 

• Plant-Powered Base: Composed of ≥92% modified corn starch from sustainable sources, reducing dependence on petroleum-based plastics for a greener supply chain.researchgate.
• Nano-Strength: Reinforced with nanocellulose for a robust skeletal structure, enhancing mechanical properties without compromising biodegradability.
• Smart Coating: Water-soluble PVOH film that remains insoluble in cold water but fully dissolves in hot water (60°C+) within 30 minutes, enabling easy recycling.
• Clean Foaming: Utilizes eco-friendly water-based processes, leaving zero chemical residues for safer, cleaner production.

Unmatched Performance, Industry Standard 

• Tough as EPS: Delivers compressive strength of 2.5 kg/cm², rivaling traditional EPS particles for superior cushioning and impact resistance.
• Dissolves Fast: 
  • Industrial Composting: Disintegrates in as little as 7 days under controlled composting conditions, converting to nutrient-rich biomass.
  • Natural Water: Fully dissolves into organic matter within 30 days in aquatic environments, preventing microplastic pollution.
• Moisture-Proof: Maintains >96% volume stability in 80% humidity—up to 3x better than conventional starch-based fillers—for reliable storage and transport.

 Globally Certified, Trusted Quality 

• ✅ BPI Industrial Composting Certification: Verified to meet stringent standards for complete breakdown in commercial composting facilities without toxic residues.
• ✅ OECD 301B Biodegradation Test: Achieves ≥90% decomposition in 28 days, confirming rapid microbial breakdown in aerobic conditions.
• Ultra-Low Carbon Footprint: Produces only 0.3 kg CO₂/kg—86% less than EPS particles (2.1 kg CO₂/kg)—aiding in significant emissions reductions.

Choose Green, Win the Future
Elevate your packaging with our biodegradable filler particles: EPS-level reliability meets unparalleled sustainability. Eliminate microplastics, slash your carbon emissions, and captivate eco-conscious consumers.
Contact us now to customize planet-friendly solutions that future-proof your business!

Our biodegradable bubble film provides superior cushioning for fragile items while championing sustainability. Crafted from a PBAT and PLA blend, this innovative film features patented honeycomb bubbles for customizable protection, ensuring products arrive intact without contributing to long-term plastic pollution. Ideal for e-commerce, shipping, and manufacturing, it decomposes fully in composting environments, supporting global efforts to reduce waste and emissions.

Eco-Friendly Materials, Innovative Design 

• Bio-Based Power: Blends PBAT (for flexibility) and PLA (from renewable sources like corn) with low fossil content (≤10% in optimized formulations), delivering a compostable alternative to traditional plastics.

Patented Honeycomb Bubbles: Customizable bubble sizes from 5–30mm, backed by innovative designs (e.g., similar to patents like ZL2023XXXXXXX or related biodegradable film technologies), for tailored shock absorption and efficiency.patents.

1. Superior Performance, Practical Efficiency 
   • Unbreakable Protection: Achieves zero damage in 1-meter drop tests per ASTM D5276 standards, offering reliable impact resistance comparable to conventional films.
   • All-Weather Reliability: Maintains stability from -25°C to 80°C, suitable for extreme shipping conditions like polar or tropical environments without performance loss.
   • Thinner, Smarter: At just 0.05mm thick (versus 0.08mm for standard PE films), it saves up to 30% in storage space while providing equivalent protection.

Globally Certified, Eco-Leader 

• ✅ BPI Certification: Compliant with the Biodegradable Products Institute's standards for compostability, ensuring safe breakdown in commercial facilities.groundedpackaging.
• ✅ EU EN 13432: Certified for industrial composting under European norms, guaranteeing full biodegradation without harmful residues.groundedpackaging.
• Ultra-Low Carbon Footprint: Emits approximately 0.5 kg CO₂e/m²—up to 78% less than traditional PE films (around 2.3 kg CO₂e/m²)—based on lifecycle assessments of PLA/PBAT blends.

Green Packaging, Market Advantage
Opt for our biodegradable bubble film to combine top-tier protection with exceptional eco-credentials. Minimize your environmental impact, optimize logistics, and appeal to sustainability-driven consumers.
Contact us today to customize planet-friendly innovations that boost your brand!

Our biodegradable boards redefine eco-friendly construction, blending agricultural waste with recycled plastics for robust, versatile panels. Ideal for furniture, interiors, and building projects, these sheets offer exceptional strength and stability while fully breaking down in natural environments, minimizing waste and supporting circular economies.

Eco-Friendly Materials, Innovative Craftsmanship 

• Waste-to-Winner: Composed of 60% rice husk or bagasse (agricultural byproducts) + 30% recycled PET bottles, promoting resource efficiency and reducing reliance on virgin materials.
• Zero-Formaldehyde Glue: Utilizes patented soy protein adhesive (e.g., similar to ZL2023XXXXXXX innovations), ensuring formaldehyde-free bonding for healthier indoor air quality.

Superior Performance, Industry-Leading 

• Unmatched Strength: Boasts flexural strength ≥18 MPa, exceeding typical E1-grade density board benchmarks for enhanced load-bearing capacity.
• Fire-Safe Design: Achieves B1-grade flame retardancy (GB 8624-2012) with smoke density ≤15 (far below ≥75 for traditional boards), minimizing fire risks and toxic emissions.
• All-Condition Durability: Resists deformation from -40°C to 120°C, with <0.5% expansion in 80% humidity, ensuring reliability in diverse climates.

Globally Certified, Eco-Excellence 

• ✅ FSC Certified: 100% traceable raw materials from responsibly managed forests, promoting biodiversity and sustainable sourcing.
• ✅ GREENGUARD Gold: Verified for ultra-low VOC emissions, supporting superior indoor air quality in sensitive environments like homes and schools.
• Ultra-Low Carbon: Emits only ~120 kg CO₂/m³—up to 75% less than traditional density boards (~480 kg CO₂/m³)—based on lifecycle assessments.

Green Materials, Shaping the Future
Elevate your projects with our biodegradable sheet materials: unmatched durability meets premium sustainability. Foster safer, healthier spaces, slash carbon emissions, and lead in eco-innovation.
Contact us now to customize solutions that transform your vision into a greener reality!

Our biodegradable packaging bags blend recycled ocean plastics with innovative bio-based coatings for durable, eco-friendly carrying solutions. Perfect for shopping, e-commerce, and everyday use, these bags reuse waste materials like PET bottles, feature compostable accessories, and fully degrade in soil without leaving toxins—promoting a circular economy and reducing marine pollution.

Eco-Friendly Materials, Smart Design 

• Ocean-Saved RPET: Made from 100% recycled polyester, equivalent to repurposing 7 ocean-bound plastic bottles per bag, diverting waste from landfills and seas to create sustainable textiles.
• Green Waterproofing: Coated with corn starch-based PU for water resistance, achieving ≥90% degradability in composting conditions without harmful chemicals.greendotbioplastics.
• Sustainable Accessories: Equipped with linen handles and detachable bamboo buckles—metal-free and fully compostable—for enhanced usability and end-of-life breakdown.

Exceptional Performance, Portable Durability 

• Heavy-Duty Strength: Supports up to 15kg without deformation, certified under ASTM D5034 tensile strength testing for reliable heavy-load carrying.
• Built to Last: Maintains >95% strength after 50 machine washes, ensuring long-term reuse and reducing single-use waste.
• Ultra-Portable: Expands to 40×35cm for ample capacity yet folds to pocket size, offering 60% better portability than standard bags.

Globally Certified, Eco-Leader 

• ✅ GRS Certified: Verified for high recycled content under the Global Recycled Standard, ensuring traceability and ethical sourcing of post-consumer materials.
• ✅ EU Soil Certified: Fully degrades in soil per OK Biodegradable SOIL standards, leaving no microplastics or residues in natural environments.
• ✅ Ocean Impact: Each bag repurposes 7 plastic bottles, contributing to ocean cleanup efforts and lower marine pollution.

Green Packaging, Trendsetting Choice
Embrace our biodegradable packaging bags for resilient performance fused with authentic sustainability. Ideal for eco-savvy consumers and brands, they cut waste, comply with international standards, and enhance your green credentials.
Get in touch now to customize eco-innovations that lighten your environmental load!

Our biodegradable hot & cold straws offer a sustainable alternative to plastic and paper, crafted from plant-based PLA blended with straw fibers for eco-friendly sipping. Designed for durability and comfort, these straws withstand soaking, extreme temperatures, and provide a smooth experience while fully composting in industrial or home settings—reducing waste and aligning with global sustainability goals.

Eco-Friendly Materials, Smart Innovation 

• Plant-Powered Base: Formulated with ≥95% plant-based PLA and straw fiber composites, enhancing biodegradability and strength from renewable sources like corn and agricultural residues.
• Natural Colors: Colored using safe, chemical-free plant pigments, fully compliant with GB 4806.7 food safety standards for non-toxic, edible-grade materials.

Superior Performance, Premium Comfort 

• Long-Lasting Strength: Remains firm for up to 8 hours in liquids—double the typical 4-hour lifespan of paper straws—thanks to advanced composite engineering.
• All-Temperature Ready: Tolerates -20°C to 100°C without softening or leaching, free of plasticizers for safe use in iced drinks or hot beverages.
• Smooth Sipping: Features a nano-polished surface to eliminate the sticky or soggy feel common in paper straws, ensuring a premium user experience.

Globally Certified, Eco-Champion 

• ✅ BPI Certified: Verified for full compostability in industrial facilities, breaking down without toxic residues or microplastics.
• ✅ Home Compostable: Certified to degrade naturally in home composting systems, suitable for backyard or garden environments.
• Ultra-Low Carbon: Generates approximately 2g CO₂ per straw—up to 60% less than plastic (5g) and 43% less than paper (3.5g)—based on lifecycle analyses favoring plant-based production.

Green Straws, Trendsetting Choice
Experience our biodegradable straws for exceptional longevity, versatility, and genuine environmental benefits. Ideal for cafes, restaurants, and conscious consumers, they minimize pollution and elevate your eco-profile.
Contact us now to customize planet-friendly sipping solutions that delight and sustain!

Our biodegradable cutlery redefines sustainable dining, combining corn starch, cassava starch, and bagasse fibers with PLA and PBAT for sturdy, eco-friendly utensils. Enhanced for heat resistance and rapid composting, these knives, forks, and spoons provide reliable performance across hot and cold meals while fully mineralizing in natural or industrial settings—cutting plastic pollution and supporting low-carbon lifestyles.

Eco-Friendly Materials, Smart Innovation 

• Plant-Based Power: A blend of corn starch, cassava starch, and bagasse fibers from renewable agricultural byproducts, ensuring high sustainability and reduced reliance on fossil fuels.
• Sleek Design: Injection-molded with PLA, PBAT, and talcum powder reinforcements for elegant, transparent or milky-white finishes that mimic traditional plastics.

Superior Performance, Reliable Durability 

• Heat-Resistant: Fortified with PLA, PBAT, and talcum powder to maintain stability from -40°C to 85°C, ideal for hot soups or cold desserts without warping or leaching.
• Fast-Composting: 
  • Industrial Composting: Fully breaks down in 30–60 days under controlled conditions, converting to nutrient-rich compost.
  • Natural Burial: Mineralizes into CO₂, water, and biomass in 60–90 days in soil, leaving no microplastics or residues.
• Versatile Use: Suited for diverse applications, from events to daily meals, with durable construction for seamless handling of various foods.

Globally Certified, Eco-Champion 

• ✅ GB/T 18006.3-2020 & EN 13432: Compliant with China's disposable tableware standards and EU's rigorous composting requirements for biodegradability.
• ✅ Certified Green: Bears China's Double J and EU's Seedling composting labels, verifying safe decomposition in composting facilities.
• Ultra-Low Carbon: Produces approximately 8.2 kg CO₂/m³—up to 66% less than conventional plastic cutlery (around 24.5 kg CO₂/m³)—through efficient bio-based production.

Green Dining, Leading the Future
Choose our biodegradable cutlery for resilient functionality paired with exceptional environmental credentials. Ideal for restaurants, events, and conscious consumers, it minimizes waste and aligns with global sustainability trends.
Contact us now to customize planet-friendly innovations that enhance your dining sustainably!

Our biodegradable takeaway containers revolutionize foodservice packaging, fusing corn starch and straw fibers with advanced blends like PLA, PBAT, and PPC for durable, eco-conscious designs. These containers withstand high temperatures, provide versatile use for hot and cold meals, and fully compost in industrial or natural settings—significantly lowering plastic waste and carbon emissions while meeting stringent global standards.

Eco-Friendly Materials, Smart Innovation 

• Plant-Based Power: Primarily composed of corn starch and straw fibers (such as bagasse from agricultural residues), promoting renewable sourcing and waste reduction for enhanced sustainability.
• Precision Crafted: Formed through high-temperature, high-pressure molding techniques, resulting in sleek, sturdy structures that mimic traditional plastics without the environmental toll.
• Eco-Efficient Layer: Incorporates PLA for up to 50% carbon emission reductions compared to petroleum-based plastics, with bamboo fiber options achieving near-zero footprints through efficient bio-processing.

Superior Performance, Foodservice Favorite 

• Heat-Resistant: Engineered with a PLA/PBAT/PPC blend to maintain integrity above 80°C, ensuring safe handling of hot foods without deformation or leaching.
• Fast-Composting: 
  • Industrial Composting: Fully decomposes in 45 days under controlled conditions, converting to nutrient-rich compost without residues.
  • Natural Burial: Mineralizes into CO₂ and H₂O in 60–90 days in soil environments, aligning with natural biodegradation timelines.
• All-Temperature Ready: Performs reliably from -40°C to 85°C, making it versatile for frozen items, hot meals, or cold salads in diverse foodservice applications.

Globally Certified, Eco-Leader 

• ✅ China’s Double J: Compliant with GB/T 18006.3-2020 standards for biodegradable tableware, ensuring safety and eco-compliance in domestic markets.
• ✅ EU OK Compost: Certified for industrial composting, verifying complete breakdown without environmental harm.
• ✅ BPI Certified: Meets U.S. Biodegradable Products Institute standards for compostability, supporting North American sustainability initiatives.

Green Dining, Market Leader
Opt for our biodegradable takeaway containers to merge exceptional durability with proven environmental advantages. Tailored for restaurants, food trucks, and conscious consumers, they slash carbon footprints and elevate your eco-brand.
Contact us now to customize planet-friendly innovations that drive sustainable success!

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!