Full material test reports available on request — materials@lykkeh.co
Material science · v1.0 · 2026

What's inside
every LYKKEH
toy.

Complete disclosure of every material compound, testing protocol, and certification we hold. If we cannot show you, we do not use it.

0
Toxic compounds permitted Zero phthalates, BPA, heavy metals, formaldehyde, or AZO dyes
Testing levels per batch In-house QC → SGS India lab → BIS certification audit
100%
Report availability Any parent can request the full SGS India test report for any product
Primary material

LYKKEH Biopolymer.
What it is and why.

LYKKEH uses a family of plant-derived biopolymers — not a single material. The core stack includes Bio-HDPE (Braskem I'm Green™, sugarcane-derived), PLA (polylactic acid, corn/sugarcane fermentation), PHA/PHBV (compostable, heat and impact resistant), and PBS (flexible, film-grade). Each polymer is selected by application — not substituted from a plastic default.

Natural fibre reinforcement — Hemp, Jute, Bamboo, Rice Husk, and Bagasse — is fused into the polymer matrix. This adds structural strength, surface texture, and natural aesthetics while reducing total polymer load per unit. The result: materials that are strong, safe, and naturally circular. No petrochemical precursors. No endocrine-active additives.

Development partnerLYKKEH Biopolymer Compound v1.0 was developed in partnership with CSIR-IICT (Central Institute of Chemical Technology). Material validation, compound qualification, and R&D are ongoing. Test data published quarterly.

Biopolymer Material Stack v1.0
Material Type Origin Safety Status
Bio-HDPE (Braskem I'm Green™) Primary structure Sugarcane-derived ✓ Food-safe, strong
PLA (Poly-lactic Acid) Clear, rigid parts Corn/sugarcane ferment ✓ Ingestion-safe
PHA / PHBV Flexible components Microbial fermentation ✓ Compostable
Natural Fibre (Hemp · Jute · Bamboo · Rice Husk · Bagasse) Reinforcement Agricultural origin ✓ Food-grade
Mineral Pigment (per colour) Colourant Iron-oxide series ✓ EN 71-3 compliant

Exact compound formulation available under NDA for institutional enquiries. Full ingredient disclosure available to all parents on request.

Material range

Three materials.
All tested. All disclosed.

LYKKEH Biopolymer
Primary moulded components

PLA-based compound. Used for all primary toy structures — rings, sorter shapes, stacker posts. Biodegrades in industrial composting within 18 months. No petroleum-derived plasticisers.

Hardness Shore D 62–68
Impact resistance 1.2m drop, tile floor
Degradation 12–18 months (industrial)
Certification EN 71-1/2/3 · BIS IS 9873
Natural Rubber
Soft grip & sensory elements

Used for sensory elements that require flexibility — grips, tactile rings, teethable surfaces. Sourced from certified natural rubber plantations. Nitrosamine-free processing.

Hardness Shore A 40–50
Teethable grade Yes — EN 71-3 compliant
Latex protein < 0.1 μg/mL (hypoallergenic)
Nitrosamines Not detected (SGS India)
Mineral Pigments
All colouration

All colour in LYKKEH products comes from iron-oxide series mineral pigments. No AZO dyes. No solvent-based coatings. No surface finishing. Colour is formulated into the compound — not applied on top.

AZO dyes None
Heavy metals Sb, As, Ba, Cd, Cr, Pb, Hg, Se — all ND
Colour bleed test Pass — EN 71-3 / IS 9873
Ingestion safety Safe — mineral food colourant grade
Our testing protocol

Every batch. Every time.

Step 01
Material Qualification

Before a new raw material enters production, it undergoes full toxicological screening at our development partner lab. This includes EN 71-3 migration testing, carcinogen screen, and sensitiser screen. No untested materials enter the production line.

Step 02
In-House Batch Testing

Every production batch is tested against our internal specification sheet before being released. This includes dimensional inspection, sharp-edge audit, part-minimum-size check, and drop test at 1.2m onto a hardwood surface.

Step 03
SGS India Verification

We send one sample from every production batch to SGS India — an independent third-party testing laboratory. SGS runs the full EN 71-1 (mechanical and physical safety), EN 71-2 (flammability), and EN 71-3 (migration of certain elements) test suite.

Step 04
BIS Certification Audit

All LYKKEH products are submitted for BIS IS 9873 certification — the mandatory Indian toy safety standard. The BIS audit includes factory inspection, product testing, and ongoing surveillance. Certificate numbers are printed on every product and available online.

Certifications

Every claim. A certificate.

BIS IS 9873
Bureau of Indian Standards — IS 9873

India's mandatory toy safety standard. Covers mechanical and physical properties, flammability, specific element migration, and electrical properties. Mandatory for all toys sold in India.

Certifying bodyBIS, New Delhi
ScopeAll 5 LYKKEH SKUs
RenewalAnnual
Verificationbis.gov.in/certno
EN 71 (Verified)
European Toy Safety — EN 71 Suite

European toy safety standard, tested by SGS India as a benchmark reference. LYKKEH products are designed to meet EN 71 requirements even where not strictly required by Indian regulations.

Testing laboratorySGS India Pvt. Ltd.
Standards coveredEN 71-1, 71-2, 71-3
Report frequencyPer production batch
Reports availableOn request, 24hr turnaround
ASTM F963
US Toy Safety Standard — ASTM F963

The US Consumer Product Safety Improvement Act standard for toy safety. LYKKEH products are designed to meet ASTM F963 from day one — enabling global market access without a material redesign.

StandardASTM F963-23
ScopeAll structural toy components
Why day oneUS export readiness by Y3
Testing partnerSGS India (CPSC-accredited)
ISO 14855
Biodegradability — ISO 14855

ISO standard for aerobic biodegradability of plastic materials under controlled composting conditions. LYKKEH Biopolymer Compound tested to show 90%+ biodegradation within 180 days under industrial composting.

StandardISO 14855-1:2012
Result91.2% at 180 days
ConditionsIndustrial composting (58°C)
Partner labCSIR-IICT
"BPA-Free" is not enough

The label is not
the product.

BPA was banned. It was replaced with BPS and TPP — compounds with near-identical endocrine-disrupting effects. Harvard Medical School found that 41% of 46 tested "BPA-free" compounds disrupted reproductive biology equal to or worse than BPA itself.

Consumer Reports 2024: phthalates found in 84 of 85 foods tested — not because phthalates were added to food, but because they migrate from the plastic packaging and processing equipment that touches it. The same mechanism applies to toys that infants mouth.

HARVARD MEDICAL SCHOOL

41% of 46 tested "BPA-free" compounds disrupted reproductive biology equal to or worse than BPA.

CONSUMER REPORTS 2024

Phthalates detected in 84 of 85 foods tested — migrating from plastic packaging and equipment.

WHO / UNEP 2023–2024

Infants face 15× higher microplastic exposure than adults. The primary vector: mouthing of plastic objects.

The LYKKEH position

Bioplastics are not an upgrade. They are an exit from a fundamentally compromised material system. Our polymers carry zero bisphenol compounds — not as a marketing claim, but as a structural reality. Nothing to substitute away from. Derived from microbial fermentation of plant sugars. No petrochemical precursors, no endocrine-active additives, no regrettable substitutions possible.

What is not in LYKKEH toys

The prohibited
compounds list.

We maintain an internal prohibited substance list that exceeds the regulatory minimum. If a substance appears here, it will never appear in a LYKKEH product, regardless of permitted limit levels.

DISCLOSURE REQUEST

Want the full SGS India test report for a specific LYKKEH product? Email us with the product name and your order number.

DEHP, DBP, DINP
Phthalate plasticisers linked to endocrine disruption
Bisphenol A (BPA)
Polycarbonate monomer with hormonal activity
Lead, Mercury, Cadmium
Heavy metals that accumulate in infant tissue
AZO dyes
Carcinogenic amines released on reduction
Formaldehyde
Resin crosslinker and known carcinogen
Antimony trioxide
Flame retardant synergist, potential carcinogen
Nitrosamines
Carcinogenic compounds in rubber processing
Solvent-based surface coatings
VOC exposure risk for infants who chew