PLA Pellets - Biodegradable Polymer Structure
Industrial Premium
Polymer Additive

Poly (Lactic Acid) — PLA Pellets

Premium high-quality biodegradable polymer pellets engineered for demanding sustainable applications including 3D printing, packaging materials, textile fibers, and biodegradable products. Our eco-friendly bioplastic delivers exceptional processability, consistent performance, and reliable biodegradability for critical sustainable manufacturing requiring superior environmental compatibility with stringent quality control standards.

  • High Biodegradability
  • Superior 3D Printability
  • Eco-Friendly Bioplastic
  • Consistent Performance
  • Sustainable Packaging
  • Compostable Applications
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Technical Specifications

Chemical Name: Poly (Lactic Acid) PLA Pellets
CAS Number: 9051-89-2
Chemical Formula: (C₃H₄O₂)ₙ
Density: 1.24 g/cm³
Melting Temperature: 150-160°C
Glass Transition Temperature: 55-60°C
Molecular Weight: 50,000-200,000 g/mol
Physical State: White/natural pellets
Melt Flow Index: 6-8 g/10min (190°C/2.16kg)
Tensile Strength: 50-70 MPa
Biodegradability: ASTM D6400 compliant
Compostability: EN 13432 certified
Packaging Options: 25kg bags, 1000kg big bags

Applications

3D Printing Filaments
Biodegradable Packaging
Compostable Films
Disposable Tableware
Textile Fibers
Medical Devices
Shopping Bags
Agricultural Films
Beverage Bottles
Pharmaceutical Capsules
Automotive Components
Sustainable Products

Industry-Specific Grades

DRAVYOM offers specialized PLA pellet grades tailored for different polymer processing and biodegradable applications, ensuring optimal performance and environmental compatibility across diverse sustainable manufacturing requirements.

3D Printing Grade
MFI: 6-8 g/10min Low warping properties Excellent layer adhesion Application: FDM 3D printing
Packaging Grade
High clarity Good barrier properties FDA approved Application: Food packaging, films
Textile Grade
High molecular weight Excellent fiber formation Good dye affinity Application: Synthetic fibers, non-wovens
Medical Grade
USP Class VI certified Biocompatible Controlled biodegradation Application: Medical implants, sutures

Quality Standards

DRAVYOM's PLA Pellets are manufactured under stringent quality control protocols, meeting international biodegradable polymer standards for sustainable applications. Our production ensures consistent performance, environmental compliance, and reliable biodegradability.

ISO 17088 Biodegradability Certified
ASTM D6400 Compostability Standards
EN 13432 European Compliance
FDA Food Contact Approved
Consistent Molecular Weight Distribution
Controlled Thermal Properties
Comprehensive Quality Testing
Environmental Impact Assessment

Advanced Chemical Properties & Performance

Poly Grade PLA Pellets exhibit exceptional chemical properties essential for biodegradable polymer applications. Its controlled molecular weight distribution and crystalline structure ensure reliable performance in demanding processing and environmental breakdown requirements.

Polymer Properties
Molecular Weight: 80,000-200,000 g/mol
Melting Point: 150-180°C
Glass Transition: 55-65°C
Density: 1.24-1.26 g/cm³
Processing Properties
Processing Temperature: 160-220°C
Melt Flow Index: 1-50 g/10 min
Crystallinity: 0-40% (controllable)
Tensile Strength: 50-70 MPa
Biodegradation Performance
Compost Degradation: 90% in 180 days
Marine Degradation: Variable rate
Soil Degradation: 2-4 years
pH Sensitivity: Accelerated at pH >7
Quality Specifications
L-Lactide Content: ≥95%
Moisture Content: ≤0.025%
Residual Monomers: ≤0.5%
Heavy Metals: ≤10 ppm
Stability Properties
Shelf Life: 2 years (proper storage)
Hydrolysis Resistance: Good under dry conditions
UV Stability: Moderate (requires stabilizers)
Storage Temperature: ≤25°C, dry conditions

Performance Characteristics

Detailed performance metrics demonstrate Poly Grade PLA Pellets superiority in biodegradable applications with excellent processability, controlled degradation rates, and reliable mechanical properties for sustainable packaging and product applications.

Polymer Quality

Purity: ≥95% L-lactide content

Superior biodegradable polymer grade
Processing Performance

Range: 160-220°C processing window

Excellent thermoplastic processing
Biodegradation Rate

Compost: 90% degradation in 180 days

Certified compostability performance
Mechanical Properties

Strength: 50-70 MPa tensile strength

Excellent mechanical performance
Regulatory Compliance

Standards: FDA, EN 13432, ASTM D6400

Complete regulatory approval
Storage Stability

Duration: 2 years under proper conditions

Extended polymer shelf life

Safety Information

Food-grade safe biodegradable polymer with minimal safety concerns. May generate minor dust during handling. Handle with standard polymer processing precautions including appropriate ventilation, dust control measures, and protective equipment during melting and processing operations.

Food Safe
Heat Processing
Ventilation Required

Storage & Handling

Store in original sealed containers in a cool, dry place below 25°C. Protect from moisture and humidity to prevent hydrolytic degradation. Handle with standard polymer processing equipment and ensure proper drying before processing. Use appropriate dust control during handling operations.

Cool storage (≤25°C)
Moisture protection critical
Sealed containers
Pre-processing drying

Chemical Mechanisms & Reaction Pathways

PLA polymer mechanisms provide biodegradable performance through controlled molecular architecture, enabling sustainable plastic applications with complete environmental breakdown pathways.

Polymerization Mechanism

Ring-opening polymerization of lactide monomers forming linear polymer chains

Controlled molecular weight and properties
Biodegradation Pathway

Hydrolytic breakdown to lactic acid followed by complete mineralization

Environmental safety and compostability
Processing Characteristics

Thermoplastic processing with controlled thermal stability

Optimized manufacturing conditions
Crystallization Behavior

Controlled crystallinity for balanced properties and performance

Tailored mechanical characteristics

Regulatory Compliance & Documentation

Comprehensive regulatory compliance ensures safe use in biodegradable applications with complete documentation packages supporting compostability standards and environmental regulations.

Compostability Standards

ASTM D6400 and EN 13432 certified industrial compostability

Food Contact Standards

FDA and EU compliance for food packaging applications

Safety Compliance

Non-toxic and biocompatible material certifications

Environmental Registration

REACH registration and biodegradability documentation

Documentation

Complete biodegradability studies and performance data

Transportation

Safe transportation protocols for biodegradable polymers

Technical Support & Value-Added Services

DRAVYOM's biodegradable polymer support team provides comprehensive guidance, processing optimization, and technical expertise to maximize PLA pellet performance in sustainable applications.

Sustainability Support
  • Biodegradability assessment
  • Compostability certification support
  • Life cycle analysis guidance
  • Environmental impact evaluation
Processing Services
  • Extrusion optimization
  • Injection molding guidance
  • Thermoforming support
  • Quality control testing
Product Development
  • Grade selection and optimization
  • Additive compatibility testing
  • Performance enhancement
  • Custom formulation development
Supply Solutions
  • Sustainable packaging options
  • Carbon-neutral delivery
  • Technical consultation
  • Inventory management

Environmental Impact & Sustainability

Our PLA pellet production represents the pinnacle of sustainable polymer manufacturing through renewable feedstocks, biodegradable formulations, and comprehensive environmental stewardship.

Renewable Feedstocks

Plant-based raw materials from sustainable agriculture

Complete Biodegradability

Full breakdown in industrial composting facilities

Carbon Neutral Production

Renewable energy powered manufacturing

Marine Safety

Non-persistent in marine environments

Certification Standards

BPI, TUV, and ASTM certified compostability

Circular Economy

Supporting circular economy principles

Manufacturing Excellence & Quality Control

DRAVYOM's sustainable polymer manufacturing facility employs advanced polymerization technology and stringent quality monitoring systems to ensure consistent PLA pellet quality and performance.

Green Production

Advanced ring-opening polymerization with controlled molecular weight distribution

Optimized for sustainable performance
Quality Testing

Comprehensive testing including molecular weight, crystallinity, and biodegradability

Rigorous quality assurance protocols
Quality Systems

ISO 9001:2015 and ISO 14001:2015 certified operations

Environmental and quality excellence
Sustainable Packaging

Biodegradable packaging materials with minimal environmental impact

Complete sustainability focus

Market Applications & Performance Data

Comprehensive performance data demonstrating PLA pellet effectiveness across sustainable applications with validated biodegradability and real-world processing success.

Food Packaging
Biodegradation Rate: 90% in 180 days (ASTM D6400) Food Safety: FDA and EU approved for direct contact Barrier Properties: Equivalent to conventional plastics
Agricultural Applications
Soil Breakdown: Complete in 12-18 months Mulch Films: 6+ months field performance Soil Safety: No phytotoxic effects demonstrated
Consumer Products
Processing: Excellent injection molding and extrusion Mechanical Properties: Comparable to PS and PP Cost Performance: Competitive with conventional plastics

DRAVYOM Competitive Advantages

Sustainability Leadership

Pioneer in biodegradable polymer technology with proven environmental benefits

Certified Performance

Independently verified biodegradability and compostability certifications

Technical Excellence

Advanced polymerization technology with superior product consistency

Global Compliance

Worldwide regulatory approval for food contact and environmental applications

Partnership Focus

Collaborative approach to sustainable packaging solution development

Renewable Source

Plant-based feedstocks supporting circular economy principles