Toy Safety Testing — CPSIA, ASTM F963, and What Every Brand Needs Before Selling Children's Products

Every year, CPSC issues recalls on products that never should have made it to retail shelves — toys with lead paint, small parts that detach, batteries accessible to children, phthalates in mouthed products. In almost every case, the root cause is the same: the manufacturer or importer didn’t understand their testing obligations, or they understood them and cut corners.

I’ve audited testing programs for toy companies ranging from startups with a single product to multi-brand operations importing hundreds of SKUs. The pattern is consistent: companies that invest in understanding the testing framework upfront — not just checking boxes, but understanding the why behind each requirement — have fewer compliance problems, fewer recalls, and lower total cost of quality.

Here’s the framework you need to know.

The CPSIA Foundation

The Consumer Product Safety Improvement Act of 2008 (CPSIA) is the federal law that governs safety requirements for children’s products sold in the United States. It applies to any product designed or intended primarily for children 12 years of age or younger. CPSIA doesn’t replace other safety standards — it layers on top of them, creating a comprehensive regulatory framework.

CPSIA’s key requirements for toy manufacturers:

Lead Content Limits — Total lead content in any accessible component of a children’s product cannot exceed 100 parts per million (ppm). Lead in surface coatings (paint) cannot exceed 90 ppm. These are total content limits, not leachability limits — the standard is how much lead is present in the material, not how much might migrate out during use.

Phthalate Restrictions — Children’s toys and child care articles cannot contain more than 0.1% (1,000 ppm) of eight specified phthalates: DEHP, DBP, BBP, DINP, DIBP, DPENP, DHEXP, and DCHP. The original CPSIA restricted three phthalates; the Consumer Product Safety Commission expanded the list to eight under the final phthalates rule in 2017.

Third-Party Testing — Children’s products must be tested by a CPSC-accepted laboratory — meaning a lab that has been accredited by a CPSC-accepted accreditation body and accepted by CPSC for the specific tests being performed. This is not optional. Manufacturer self-testing or testing by a non-CPSC-accepted lab does not satisfy the legal requirement.

Children’s Product Certificate (CPC) — Every children’s product must be accompanied by a CPC, issued by the importer or domestic manufacturer, certifying that the product complies with all applicable children’s product safety rules. The CPC must reference the specific testing conducted by the CPSC-accepted laboratory.

ASTM F963 — The Toy Safety Standard

ASTM F963 (Standard Consumer Safety Specification for Toy Safety) is the mandatory toy safety standard in the United States. CPSC adopted it as a mandatory consumer product safety standard, meaning compliance is a legal requirement for any toy sold in the U.S., not just a voluntary guideline.

The current version is ASTM F963-23. Key testing requirements include:

Mechanical and Physical Tests

Small Parts (Section 4.6) — Components that detach from a toy under use and abuse testing, and that fit entirely within the Small Parts Test Fixture (a cylinder approximately 1.25 inches in diameter by 2.25 inches deep), are choking hazards for children under 3. This applies after drop testing, torque testing, tension testing, and compression testing — meaning the toy is abused in standardized ways before the small parts evaluation.

Sharp Points and Edges (Sections 4.7, 4.8) — Accessible points are tested with the Sharp Point Tester (per 16 CFR 1500.48). Edges are tested with the Sharp Edge Tester (per 16 CFR 1500.49). Tests are conducted both before and after use and abuse testing, because components that become sharp after breaking are a real-world hazard.

Projectiles (Section 4.21) — Toys that launch projectiles must meet kinetic energy density limits. The projectile’s kinetic energy divided by its contact area cannot exceed 2,500 J/m² (or other limits depending on the projectile type). Tip geometry requirements apply to prevent eye injuries.

Strings and Cords (Section 4.14) — Cords on toys for children under 3 cannot exceed 12 inches. Cords on toys for children 3-8 that are worn around the neck must break away under a specified force. These requirements address strangulation hazards.

Battery Accessibility (Section 4.25) — Battery compartments must be secured so they require a tool (typically a screwdriver) to open. Button and coin cell batteries are particularly dangerous if ingested — the testing evaluates whether the battery compartment withstands use and abuse without allowing access to the battery.

Flammability

Flammability Testing (Section 4.2) — Toys made of celluloid (other than ping-pong balls) are prohibited entirely. Soft toys, pile fabrics, and similar materials must meet burn rate requirements — the material must self-extinguish or burn at a rate not exceeding specified limits when tested per 16 CFR 1500.44.

Chemical Testing

Heavy Elements (Section 4.3.5) — ASTM F963 limits soluble (migratable) heavy metals in surface coatings and accessible substrates. The limits — 60 ppm antimony, 25 ppm arsenic, 1,000 ppm barium, 75 ppm cadmium, 60 ppm chromium, 90 ppm lead, 60 ppm mercury, 500 ppm selenium — are migration limits tested by extracting the material in 0.07M hydrochloric acid at 37°C. This is separate from the CPSIA total lead limit; both apply.

Total Lead and Phthalates — As discussed above, CPSIA mandates total lead content limits (100 ppm substrate, 90 ppm surface coating) and phthalate limits (1,000 ppm for eight specified phthalates). The analytical methods are XRF screening or ICP-OES/ICP-MS after acid digestion for lead, and GC-MS for phthalates.

EN 71 — Selling Into the European Market

If you sell toys into the EU or UK, you need compliance with the EN 71 series under the EU Toy Safety Directive (2009/48/EC). EN 71 is broadly similar to ASTM F963 in scope but differs in specific limits, test methods, and product scope:

EN 71-1 — Mechanical and physical properties. Similar concepts to ASTM F963 but with different test fixtures, force levels, and failure criteria in some areas.

EN 71-2 — Flammability. Tests burning behavior of different materials categories including pile fabrics, hair, flowing materials, and materials worn on the head.

EN 71-3 — Migration of certain elements. Tests 19 elements across three material categories (dry/brittle, liquid/sticky, scraped-off material) with different migration limits for each category. This is more comprehensive than ASTM F963’s eight-element panel and uses different extraction conditions.

EN 71-9, 10, 11, 12 — Organic chemical compounds, including nitrosamines, formaldehyde, preservatives, and a range of organic compounds. These parts have no direct equivalent in ASTM F963 and represent additional testing requirements for EU-bound products.

REACH Compliance — Beyond EN 71, EU toys must comply with REACH restrictions, including the Substances of Very High Concern (SVHC) candidate list (currently over 200 substances). REACH Article 33 requires disclosure of SVHCs present above 0.1% by weight in articles.

The practical issue for brands selling into both the U.S. and EU: you need testing to both standards. Some tests overlap (physical safety concepts are similar), but the chemical testing panels and limits are different enough that separate testing is typically required.

The Testing Process — What Actually Happens

Here’s what a complete toy safety testing program looks like in practice:

Sample Selection

Each material, color, and component type in the toy requires evaluation. A toy with six different paint colors needs lead and heavy metals testing on each color independently. A toy with both hard plastic and soft PVC components needs phthalate testing on the PVC. Testing is not done on “the toy” — it’s done on each material and component that presents a potential hazard.

Use and Abuse Testing

Before many physical/mechanical evaluations, the toy undergoes simulated use and abuse per ASTM F963 Section 8. For children under 18 months: drop test from 4.5 feet, torque test (rotational force on accessible components), tension test (pull force on components), and compression test. For children 18-36 months: similar but with some different force levels. For children 36-96 months: impact test replaces drop test, and torque/tension forces differ. The purpose is to determine if hazards develop through foreseeable use and misuse.

Chemical Analysis

Each material undergoes appropriate chemical testing: total lead (CPSC-CH-E1001-08.3 for non-metallic materials, CPSC-CH-E1002-08.3 for metallic materials), surface coating lead (CPSC-CH-E1003-09.1), phthalates (CPSC-CH-C1001-09.4), and ASTM F963 heavy elements migration. Laboratories use ICP-OES or ICP-MS for metals analysis and GC-MS for phthalates.

Reporting and CPC

The CPSC-accepted lab issues a test report documenting all results against applicable limits. You then prepare the Children’s Product Certificate referencing the lab, test report numbers, applicable standards, and a certification that the product complies with all applicable rules.

Common Mistakes I See

Testing a single sample and assuming compliance across production. CPSIA requires that testing be based on a “reasonable testing program.” One test on a pre-production sample doesn’t cover normal manufacturing variation — especially for paint and surface coating applications where lead content can vary batch to batch.

Ignoring component-level testing. If your toy includes a battery, a fabric component, a metal spring, three paint colors, and a PVC accessory, each requires appropriate testing. I’ve seen companies test the dominant material and assume everything else passes. It doesn’t work that way.

Using a non-CPSC-accepted laboratory. The CPC must reference testing by a CPSC-accepted lab. A lab that is ISO 17025-accredited but not CPSC-accepted does not satisfy the legal requirement. Check CPSC’s accepted lab directory before committing to a laboratory.

Misclassifying the intended age group. Age grading determines which physical/mechanical tests apply and which hazard warnings are required. A product marketed with imagery of toddlers but age-graded for 6+ to avoid small parts requirements is a recall waiting to happen. CPSC looks at the totality of the product — design features, packaging, marketing — not just the age label.

Treating the CPC as a formality. The Children’s Product Certificate has specific content requirements: identification of the product, applicable safety rules, name/address of the importer or domestic manufacturer, contact information, date and place of manufacture, date and place of testing, and identification of the CPSC-accepted lab. Incomplete or inaccurate CPCs are enforcement targets.

Building a Sustainable Testing Program

Toy safety compliance isn’t a one-time gate — it’s an ongoing program. Every new product requires testing. Material or supplier changes require retesting. Production facility changes may trigger retesting requirements. Annual testing programs that periodically verify production consistency are a best practice, even where not strictly required.

Work with a CPSC-accepted laboratory that understands the full scope of ASTM F963, CPSIA, and (if applicable) EN 71. Ensure they can handle the physical/mechanical testing and the chemical testing — some labs specialize in one but not the other, which means split shipments, longer timelines, and coordination challenges.

Maintain your testing records for the life of the product plus a reasonable retention period. CPSC can request testing documentation years after a product was sold. If you can’t produce the records, you have a compliance problem regardless of whether the product actually met all requirements.

Aurora TIC helps children’s product manufacturers build testing programs that satisfy CPSIA, ASTM F963, and international standards like EN 71 and REACH. From laboratory selection to testing protocol design to CPC preparation, we work with brands at every stage of the compliance process. If you’re launching a new children’s product or expanding into new markets, a well-structured testing program is the foundation of everything that follows.