
BIOCOMPOSTABLE MATERIALS GROUP

n2n® Bio-Compostable Materials: Pioneering Sustainable Polymer Solutions. Future-Ready.

STRATEGIC BUSINESS UNITS
Your Tomorrow Starts With KONSPEC, where environmental responsibility meets material performance. As global regulations mandate plastic waste reduction and consumers demand sustainable alternatives, KONSPEC's n2n® range represents a transformative approach to sustainable plastics, offering fully biobased, biodegradable, and compostable solutions that eliminate environmental consequences without compromising performance, backed by 38+ years of polymer innovation.
A New Era of Sustainable Materials
KONSPEC's n2n® portfolio elevates sustainability to a new standard, combining high bio-carbon content, advanced material science, and eco-friendly design. Created for brands shaping tomorrow, n2n® enables a smooth, performance-driven transition from fossil-based polymers to renewable, compostable solutions.
Our philosophy is simple: Materials should originate from nature and return to nature safely.
Contact Our Team
Please feel free to contact us. We will get back to you with 1-2 business days. Or just call us now.
Call Us: +91-824 2408129 | 9480843628
Mail Us: n2n@konspec.com
Why Brands Choose n2n® Biopolymers
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Next-generation bio-based chemistry with lower carbon footprint and reduced environmental load
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Engineered for exceptional performance in rigid and flexible applications
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Designed for EPR compliance and sustainability leadership
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Multiple responsible end-of-life pathways: composting, anaerobic digestion, recycling
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Perfect for circular economy goals and forward-thinking brands
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Complete biodegradation within 90 to 180 days under composting conditions


How n2n® Biopolymers Differ from Conventional Plastics
Unlike petroleum-based polymers persisting for centuries, n2n® materials derive from renewable resources and biodegrade completely under composting conditions, transforming waste from environmental liability into circular resource. This represents a fundamental shift from linear "take-make-dispose" models to genuinely sustainable business practices.
The n2n® Clean-Tech Advantage
Backed by deep polymer science expertise, the n2n® Bio Compostable Material Group delivers innovative compounds, blends, alloys, and masterbatches formulated from high-purity renewable polymers:
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PLA (Polylactic Acid)
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PHA (Polyhydroxyalkanoates)
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PBAT (Polybutylene Adipate Terephthalate)
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PBS (Polybutylene Succinate)
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PCL (Polycaprolactone)
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Other advanced renewable polymer systems

Sustainability Benefits

Reduced dependence on fossil fuel-based plastics
Lower global warming potential
Renewable feedstock origin
Non-toxic, consumer-safe & environmentally neutral
Designed for complete lifecycle responsibility
Supports both sustainability and regulatory compliance
Fully biodegradable & industrially compostable
Certified Sustainable Materials
Meeting Global and Local Standards
Each n2n® product carries rigorous certifications ensuring genuine environmental credentials meeting global and local composting standards.
Certifications:

CPCB-approved manufacturing

CIPET certification under ISO 17088

EN 13432 compliance

ASTM D6400 compliance

GreenPro EcoLabel certified
Regulatory Compliances

FSSAI: IS 9833 & IS 9845

USFDA

EU 10/2011

AP-89

REACH compliant
Comprehensive Sustainable Solutions Portfolio
High-performance formulations for injection moulding, extrusion, and thermoforming applications across rigid and flexible product categories.
Core Features:
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Fully biodegradable & industrially compostable
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Renewable resource-based
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Exceptional mechanical properties
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Thermal stability for standard processing
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Compatible with existing manufacturing equipment

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Vibrant colour masterbatches customised for bio-compostable applications - all maintaining complete biodegradability certifications.
Product Range:
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Premium White & Black masterbatches
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PLA-specific 3D-printing colours
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Custom brand-driven shades for differentiation
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Specialised formulations for single-use straws and cutlery
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Flexible packaging colour solutions
Performance:
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Excellent dispersion in renewable polymers
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Heat stability for standard processing
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Consistent batch-to-batch colour accuracy
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Full biodegradability maintained

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Specialised materials enabling sustainable 3D printing applications where innovation meets environmental responsibility. Perfect for prototyping, manufacturing, and creative applications requiring compostable end-of-life solutions.

Performance-enhancing additives that preserve biodegradability whilst optimising processing and product performance.
Processing Enhancers:
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Slip & Anti-block
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Mould-release agents
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Processing aids
Performance Modifiers:
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Chain extenders
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Melt-strength enhancers
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Anti-scratch technology
Protection Technologies:
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Antimicrobial additives
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UV stabilisers
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Weathering resistance

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High-Value Product Applications
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Compostable films for carrier bags, shopping bags, garment covers
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Garbage bags & waste collection
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Heat-shrink films
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Protective packaging

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Spoons, forks, knives
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Cups, lids, plates, trays, glasses, blisters
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Straight & bendable straws
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Food containers and clamshells
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Single-use hospitality, restaurant, and catering alternatives

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Mulch films (designed to return safely to soil)
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Nursery bags
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Seedling trays
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Crop-protection films
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Agricultural applications eliminating plastic waste

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Caps & closures
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Writing instruments
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Toys (meeting safety standards)
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Housewares
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Animal collars
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Toothbrushes

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Nappies
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Cosmetic cases
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Travel-friendly disposable grooming items
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Hygiene product packaging

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Industries We Empower
n2n® solutions serve diverse industries requiring truly circular materials:

Flexible Packaging:
Transitioning from traditional plastics
Disposable Cutlery & Foodware:
HORECA sector sustainability
Agriculture & Environment:
Eliminating persistent agricultural plastics
Consumer Goods:
Meeting eco-conscious consumer demands
Personal Care & Hygiene:
Sustainable product innovation
Retail & E-commerce:
Compostable shipping solutions
Food Service:
Single-use alternatives with environmental integrity
The n2n® Promise
Premium Blend of Innovation, Responsibility, and Performance
With n2n®, your brand gains materials consumers trust and the planet appreciates. Our bio-compostable solutions deliver:
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Technical Excellence: performance matching conventional plastics
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Environmental Integrity: genuine compostability, not greenwashing
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Regulatory Confidence: comprehensive certification support
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Brand Differentiation: leadership in sustainable materials
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Circular Economy Enablement: true end-of-life solutions
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R&D-Driven Innovation: continuous formulation advancement


Partner With Circular Economy Innovation Leaders
With R&D-driven biopolymer formulations and comprehensive certification support, KONSPEC enables your transition to sustainable business models whilst maintaining performance excellence. From concept to commercialisation, our technical team supports your journey towards environmental responsibility.
FAQs: Biocompostable Plastics Group
Biodegradable plastics break down over time but may leave behind residues and can take years to degrade. Compostable materials, such as n2n® biopolymers, break down completely into water, carbon dioxide, and biomass within 90 to 180 days under industrial composting conditions, leaving no toxic residue and enriching the soil in the process.
Credible bio-compostable materials should carry internationally recognised certifications such as EN 13432, ASTM D6400, and ISO 17088. n2n® materials are certified under these standards, along with CPCB approval, CIPET certification, and GreenPro EcoLabel, ensuring genuine environmental performance rather than greenwashing.
Yes. n2n® materials comply with FSSAI standards IS 9833 and IS 9845, as well as USFDA and EU 10/2011 regulations, making them suitable for direct food-contact applications including flexible packaging, cutlery, cups, trays, and straws.
High-performance compostable compounds are typically formulated using PLA (Polylactic Acid), PHA (Polyhydroxyalkanoates), PBAT (Polybutylene Adipate Terephthalate), PBS (Polybutylene Succinate), and PCL (Polycaprolactone). n2n® products are engineered from high-purity grades of these renewable polymers, designed for both rigid and flexible applications.
Yes. n2n® bio-compostable compounds and masterbatches are formulated for compatibility with standard processing equipment used for injection moulding, extrusion, and thermoforming, enabling manufacturers to transition from conventional plastics without significant capital investment.