Why verifying lead matters

Lead can appear in pigments, stabilizers, adhesives, and some infills. Verifying low lead protects users, aligns with strict benchmarks, and streamlines approvals for schools, municipalities, and homeowners.

Target thresholds to specify

  • Total lead in each component at or below 100 ppm, aligned with CPSIA children's product limits.
  • Lead in surface coatings at or below 90 ppm per 16 CFR 1303 when coatings or printed markings apply.
  • Method detection limits low enough to be meaningful, ideally 5 to 20 ppm.

What to request from suppliers

  • Third-party test reports from an ISO/IEC 17025 accredited laboratory.
  • Separate results for fiber, backing, infill, seam tape, and adhesives.
  • Report date within the past 12 months or tied to the current production lot.
  • Exact product identification: model, color, batch or lot, and component description.
  • Method used, units (mg/kg or ppm), detection limit, and measured results.
  • Lab accreditation number and scope confirming lead analysis is covered.

Acceptable test methods

  • CPSC-CH-E1001-08.3 for total lead in nonmetal substrates such as turf fibers and plastics.
  • CPSC-CH-E1002-08.3 for total lead in metal parts if present.
  • CPSC-CH-E1003-09.1 for lead in surface coatings when relevant.
  • EPA 3052 digestion with ICP-MS or ICP-OES for total lead in polymer or rubber materials like infill and backing.

EN 71-3 is a migration test. It can add context, but base your acceptance on total lead content for a stronger safety screen.

How to read the lab report

  • Units: mg/kg equals ppm. For example, 100 mg/kg equals 100 ppm.
  • ND or values reported as less than the method detection limit mean the result is below that limit.
  • Compare each component to your threshold. Every component must pass.
  • Verify signatures, page count, sample photos if provided, and a clear chain of custody.

Verification workflow you can run today

  1. Collect production samples of each component or request supplier retains for the active lot.
  2. Send samples to an ISO/IEC 17025 lab you select. Maintain chain of custody.
  3. Request total lead per CPSC-CH-E1001 for nonmetals or EPA 3052 with ICP analysis.
  4. Set pass criteria: total lead <= 100 ppm for all components and <= 90 ppm for any surface coating.
  5. Archive reports with project records and share a one-page summary with stakeholders.

Procurement language you can copy

  • Supplier shall provide third-party ISO/IEC 17025 reports for turf fiber, backing, infill, seam tape, and adhesives.
  • Reports must show total lead results in ppm, method, detection limits, units, sample ID, and test date.
  • Acceptance criteria: total lead <= 100 ppm for each component. Coatings, if any, <= 90 ppm.
  • Reports must be less than 12 months old and reference the delivered lot.
  • Buyer may conduct confirmatory testing before acceptance.

Red flags to avoid

  • Lead-free claims without lab data.
  • RoHS-only certificates. RoHS allows up to 1000 ppm lead, which is not strict enough for child-focused spaces.
  • Reports missing method codes, detection limits, or batch identifiers.
  • Home swab kits used as proof. They are not reliable for plastics and rubber.

Special note on infill selection

Select infills with documented total lead well below 100 ppm. Silica sand and quality TPE or EPDM infills often meet strict limits when backed by recent ISO/IEC 17025 reports.

Document and communicate

  • Keep all reports and chain-of-custody forms with the job file.
  • Share clear summaries with owners, boards, and inspectors.
  • Re-test if the formulation, colorant, or supplier changes.

FusionTurf commitment

We support transparent, lab-verified safety. Ask for current ISO/IEC 17025 reports for every component in any FusionTurf system. We make verification fast and straightforward.