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  • Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets with  EN13432  and OK Compost Certification for Blowing Film
  • Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets with  EN13432  and OK Compost Certification for Blowing Film
  • Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets with  EN13432  and OK Compost Certification for Blowing Film
  • Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets with  EN13432  and OK Compost Certification for Blowing Film
  • Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets with  EN13432  and OK Compost Certification for Blowing Film
  • Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets with  EN13432  and OK Compost Certification for Blowing Film
Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets with  EN13432  and OK Compost Certification for Blowing Film

Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets with EN13432 and OK Compost Certification for Blowing Film

  • 25 - 999 Kilograms
    $2.90
  • 1000 - 24999 Kilograms
    $2.85
  • >= 25000 Kilograms
    $2.80

Customization:

Customized logo(Min.Order: 50000 pieces)
Customized packaging(Min.Order: 50000 pieces)
Graphic customization(Min.Order: 50000 pieces)

Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets with EN13432 and OK Compost Certification for Blowing Film

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Biodegradable Film Production: Designed for manufacturing compostable films via blowing processes, suitable for packaging and industrial applications.
  • Certified Sustainability: Meets EN13432 and OK Compost standards, ensuring full biodegradation in industrial composting environments.

Key features

  • 1. Material Technology

  • With a corn starch-based PLA/PBAT composition, ensure 100% biodegradability in industrial composting facilities. This eco-friendly material reduces environmental impact compared to conventional plastics.

  • 2. Performance Parameters

  • With <0.1% moisture content, achieve consistent melting and uniform film formation during processing. This low moisture ensures stable performance in high-temperature manufacturing environments.

  • 3. Certification Standards

  • With EN13432 and OK Compost certifications, meet stringent EU standards for compostable materials, surpassing non-certified alternatives in environmental compliance.

  • 4. Scenario Solutions

  • Designed for blowing film applications, create sustainable packaging solutions for food, retail, and agriculture sectors. The pellets enable lightweight, durable films ideal for eco-conscious industries.

  • 5. Safety Compliance

  • With REACH and RoHS compliance, ensure adherence to global chemical safety regulations, offering safer handling and end-use compared to non-certified plastic pellets.

Product details

Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets with  EN13432  and OK Compost Certification for Blowing Film

Compostable CORN STARCH PLA PBAT Plastic Raw Material Pellets are engineered for eco-conscious blowing film applications. Certified to EN13432 and OK Compost standards, these 100% biodegradable pellets offer a sustainable alternative to conventional plastics, with ultra-low moisture content (<0.1%) for consistent processing. Designed for industries prioritizing environmental compliance, they meet REACH and RoHS safety regulations.

Technical specifications

FeatureSpecificationBenefit
MaterialPLA/PBAT blend with corn starchEnhanced flexibility and biodegradability
CertificationEN13432, OK Compost, REACH, RoHSGuaranteed safety and compostability
Moisture Content<0.1%Reduced clumping and improved melt flow
ApplicationBlowing filmIdeal for compostable packaging films
CarrierPLA-basedSuperior printability and thermal stability

Customization guide

Adjustable parameters include pellet size (to optimize film thickness) and biodegradation rate (via PLA/PBAT ratio adjustments) to meet specific composting timelines or mechanical strength requirements.

Get inspired

With ultra-low moisture and EN13432 certification, these pellets enable manufacturers to create biodegradable films for food packaging, agricultural covers, or disposable bags—reducing environmental impact without compromising performance.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Biodegradation Rate90 days (EN13432)75 days (+15%)60 days (+30%)*
Tensile Strength25 MPa30 MPa (Enhanced)35 MPa (Premium)
Transparency75%85%92%

Supplier's note

  1. Technical Breakthroughs:

    • The PLA/PBAT blend improves flexibility compared to rigid PLA-only materials.
    • <0.1% moisture ensures stable extrusion, eliminating defects in thin films.
    • Dual EN13432/OK Compost certification guarantees compatibility with industrial and home composting systems.
  2. Version Selection Guide:

    • Base Model: Suitable for basic packaging (e.g., produce bags) where cost-efficiency is prioritized.
    • Advanced Model: Ideal for moderate-strength applications (e.g., flexible food wraps) requiring faster biodegradation than industry benchmarks.
    • Pro Model: Targets high-performance needs like industrial-grade compostable films, with transparency rivaling conventional plastics. With triple the tensile strength of standard bioplastics, it enables durable yet fully compostable solutions.

*Pro Model’s 60-day biodegradation rate outperforms the industry standard (90 days), enabling safe disposal in shorter composting cycles. When paired with its 92% transparency, this creates premium-quality films for high-end consumer goods.

Frequently asked questions

  • Which compostable PLA PBAT pellets are best suited for blowing film applications like food packaging?

  • How does PLA PBAT compare to HDPE in terms of biodegradability for film production?

  • Are these EN13432 certified pellets suitable for industrial composting facilities?

  • Can the formulation of these corn starch pellets be customized for specific film thickness or flexibility needs?

  • What makes these pellets compliant with REACH and RoHS regulations for EU markets?

  • How does the low moisture content (<0.1%) improve processing of biodegradable films?

  • What applications beyond standard packaging use these PLA PBAT pellets for blowing film?

  • Why choose 100% biodegradable corn starch pellets over conventional plastics for eco-friendly films?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Conventional Plastic (HDPE/LDPE)Packaging, agriculture, constructionNon-biodegradable, moisture resistance (ASTM D6299: <0.3%)Cost-effective, long shelf lifeNon-compostable, environmental harm ▼
PLA-Based Blowing Film Resin (Our Base)Eco-packaging, short-term use100% biodegradable (EN13432), moisture <0.1% (ASTM D6299)Eco-friendly, certifiable ▲Brittle, limited flexibility (ASTM D882: 15MPa)
PLA/PBAT Blend (Our Advanced)Durable biodegradable packagingDual-certified (EN13432 + OK Compost), moisture <0.1%, flexibility 25MPa (ASTM D882)Enhanced durability ▲▲, home compostable, dual certification ▲▲ over BaseHigher cost, requires storage below 30°C (ISO 1180-1)
Starch-Based ResinShort-term packaging, temporary useBiodegradable (ASTM D6400), moisture absorption >2% (ASTM D570)Low cost, lightweightBrittle, moisture sensitivity ▼ (swells in humid conditions)
PBAT-Based ResinFlexible packaging, industrial filmsBiodegradable (OK Compost INDUSTRIAL), flexibility 30MPa (ASTM D882)Superior flexibility ▲▲, industrial compostabilityNot home compostable, niche application scope
High-Durability Biodegradable ResinHeavy-duty packaging, industrial useTensile strength 30MPa (ASTM D882), biodegradable (EN13432)Ultra-durable ▲▲▲, outperforms PLA/PBAT in stress testsExtremely high cost, limited scalability

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