How limits are set
The standard for each analyte is the strictest maximum level set by any credible government regulator, the European Union, the United Kingdom, Codex Alimentarius, Health Canada, China, India, Brazil, the Gulf states (GSO), Australia/New Zealand, and the US FDA, converted into Infant formula (ready-to-feed, liquid)’s own as-consumed basis. It is a lookup of sovereign law, carrying at most one disclosed basis conversion where the law is written in another basis, and an explicit read-across where no government regulates the exact product. A certified product sits at or below every applicable sovereign limit at once.
Where no government regulates the exact product for an analyte, the standard does not go blank or invent a number: the limit is read across from the nearest government value for an analogous product, so a certified product still sits at or below a real sovereign limit. The ratchet tightens these after publication as surveillance warrants.
Master Limit Table
All values in ppb (µg/kg), as-consumed basis. Every analyte carries a firm ceiling. A brand meeting every value on a like-for-like basis qualifies for the mark.
Tier 1 (Pb, Cd, iAs, Hg) are zero-tolerance toxics with no established safe threshold. Tier 2 (tAs, Ni, Al, Sn, Cr) are held to the same government limit: tiering sets how the program reacts to an exceedance, not any permission to exceed it. A product is certified only when every analyte is at or below 100% of its published limit; above the limit, on any metal, it is not certified and carries no mark. Arsenic is limited in both forms: total arsenic (tAs) and inorganic arsenic (iAs) are separate ceilings that must both be met, and the species result never replaces the parent total. Total chromium is limited as shown; hexavalent chromium is controlled through it: mandatory Cr-VI speciation on any total-chromium result above 100 ppb, and any quantifiable Cr-VI fails.
Derivation
The full derivation for Infant formula (ready-to-feed, liquid). Each row lists every government maximum level in force worldwide, converted to the as-consumed basis; the HMTc limit is the strictest of them, and the last column names which sovereign law binds. A blank cell means that government sets no limit for this analyte in this product.
| Analyte | EU | UK | Codex | Canada | China | India | Brazil | GSO | AU/NZ | HMTc | Binds |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Lead (Pb) | 10 | 10 | 10 | 10 | 10 | 20 | 10 | 10 | 10 | 10 | EU |
| Inorganic arsenic (iAs) | 10 | — | — | — | — | — | 20 | — | — | 10 | EU |
| Total arsenic (tAs) | — | — | — | — | — | — | — | — | — | 50² | read-across |
| Mercury (tHg) | — | — | — | — | — | — | — | — | — | 4 | IL |
| Cadmium (Cd) | 5 | 5 | — | — | — | 100 | 10 | 5 | — | 5 | EU |
| Total chromium (Cr) | — | — | — | — | — | — | — | — | — | 300² | read-across |
| Nickel (Ni) | 100 | — | — | — | — | — | — | — | — | 100 | EU |
| Tin (Sn) | — | — | — | — | — | 5000 | — | — | — | 5000 | India |
| Aluminium (Al) | — | — | — | — | — | — | — | — | 500 | 500 | AU/NZ |
All values µg/kg (ppb), as-consumed basis. ¹ basis-converted at the 8:1 powder-to-liquid ratio: the only such ratio a government legislates (China GB 2762 footnote c). ² read-across: no government sets this analyte for this exact product; the value is read across from the nearest government value for an analogous product. ³ not material in this matrix: measured but with no standalone number, controlled by the total-metal screen, not an invented value. Variants on this page: cow and soy. Where a cell differs between them the Master Limit Table shows both; the derivation above is for cow.
Occurrence and derivation rationale
For each analyte on the panel: what the peer-reviewed and survey literature measured in this category, cited one way to the Heavy Metal Index, and the Method v2.0 reasoning behind the certification limit, including, where no government sets a number, why the program sets one anyway. Occurrence figures are literature findings; the derivation is the certifier's.
No citable primary occurrence measurement is routed to this cell in the corpus.
HMTc sets 10 ppb (regulatory-alignment): the strictest applicable government maximum level for this product form, adopted under Method v2.0 as the default certification standard. Why lead is limited →
No citable primary occurrence measurement is routed to this cell in the corpus.
HMTc sets 10 ppb (regulatory-alignment): the strictest applicable government maximum level for this product form, adopted under Method v2.0 as the default certification standard. Why inorganic arsenic is limited →
No citable primary occurrence measurement is routed to this cell in the corpus.
HMTc sets 4 ppb (regulatory-alignment): the strictest applicable government maximum level for this product form, adopted under Method v2.0 as the default certification standard. Why total mercury is limited →
No citable primary occurrence measurement is routed to this cell in the corpus.
HMTc sets 5 ppb (regulatory-alignment): the strictest applicable government maximum level for this product form, adopted under Method v2.0 as the default certification standard. Why cadmium is limited →
No citable primary occurrence measurement is routed to this cell in the corpus.
HMTc sets 100 ppb (regulatory-alignment): the strictest applicable government maximum level for this product form, adopted under Method v2.0 as the default certification standard. Why nickel is limited →
No citable primary occurrence measurement is routed to this cell in the corpus.
HMTc sets 5 mg/kg (regulatory-alignment): the strictest applicable government maximum level for this product form, adopted under Method v2.0 as the default certification standard. Why tin is limited →
No citable primary occurrence measurement is routed to this cell in the corpus.
HMTc sets 500 ppb (regulatory-alignment): the strictest applicable government maximum level for this product form, adopted under Method v2.0 as the default certification standard. Why aluminium is limited →
Risk Flag
On the published occurrence literature to date, Infant formula (ready-to-feed, liquid) shows no systematic gap between typical market levels and the limit: the limit being the strictest government maximum for the product (Method v2.0). Certification is decided on a product’s own tested result, not on a distribution; an individual lot or supplier can still exceed a limit.
See the cross-category summary of the ingredients that most often struggle.
Source regulations
Every published government regulation weighed to set this standard, evaluated against each other. The strictest applicable maximum level binds each analyte; the rest are comparators, and where no government regulates the exact product the value is read across from the nearest government limit. Follow a reference for the source document and its per-analyte limits: the Derivation table above shows every value side by side.
| # | Regulation | Year | Instrument | Role in this standard |
|---|---|---|---|---|
| 1 | Commission Regulation (EU) 2023/915 | 2023 | Maximum levels | Binds lead, inorganic arsenic, cadmium, nickel |
| 2 | FSSAI (Contaminants, Toxins and Residues) Regulations | 2011 | Maximum levels | Binds tin; Comparator for lead, cadmium |
| 3 | FSANZ Food Standards Code: Schedule 19 | 2015 | Maximum levels | Binds aluminium; Comparator for lead |
| 4 | Israel Food Contaminants Standard (FCS) | 2016 | Maximum levels | Binds total mercury; Comparator for lead, inorganic arsenic, cadmium |
| 5 | GB 2762: National Food Safety Standard | 2022 | Maximum levels | Read-across for total chromium; Comparator for lead |
| 6 | Contaminants in Food (retained Reg. 1881/2006) | 2006 | Maximum levels | Comparator for lead, cadmium |
| 7 | Codex General Standard CXS 193-1995 | 1995 | Codex standard | Comparator for lead |
| 8 | Health Canada, List of Contaminants and Adulterating Substances | 2016 | Maximum/action levels | Comparator for lead |
| 9 | ANVISA RDC, Inorganic Contaminant Limits | 2022 | Maximum levels | Comparator for lead, inorganic arsenic, cadmium |
| 10 | GSO 193: Gulf Technical Regulation | 2021 | Maximum levels | Comparator for lead, cadmium |
| 11 | Fiji Food Safety Regulations | 2009 | Maximum levels | Comparator for lead |
| 12 | Singapore Food Regulations | 2023 | Maximum levels | Comparator for lead |
| 13 | Thailand MOPH Notification No. 414 | 2020 | Maximum levels | Comparator for lead |
| 14 | Vietnam QCVN 8-2:2011/BYT | 2011 | Maximum levels | Comparator for lead |
Cite this standard
Pendergrass, K. (2026). Infant formula (ready-to-feed, liquid): HMTc standard (Standard No. 10.83138/hmtc.std.1.infant-formula-ready-to-feed). Institute of Contaminant Standards. https://doi.org/10.83138/hmtc.std.1.infant-formula-ready-to-feed
© 2026 Institute of Contaminant Standards / Heavy Metal Certified. All rights reserved.
The literature baseline for every analyte is maintained independently at the Heavy Metal Index. This certification standard applies those findings; the two are kept editorially separate by design.
Version history
The dated editions of this standard. Each is kept at a stable permalink, so a regulator or brand can reconstruct exactly what the standard required on any date: the edition record, not an editorial commit trail. Version-pinned DOIs link here once each edition is deposited.
| Version | Date | Status | What changed |
|---|---|---|---|
| v1.1 | 2026-08-06 | current | Register-completeness correction. Mercury tightened 20→4 and soy cadmium 10→5 (Israel FCS-2016); tin corrected 630→5000 (a prior ÷8 basis artifact: India infant-foods 5000 is a generic as-sold limit, not diluted). Compiler hardened (multilingual canned-gating, powder-scoped reconstitution, read-across as comparator) against a 7× expanded government register. |
| v1.0 | 2026-08-06 | superseded | Initial publication. Government-limit standard (Method v2.0): each analyte is the strictest sovereign maximum by lookup, converted to the as-consumed basis; a disclosed read-across from the nearest government value where no government regulates the exact product; total chromium controlled via reflex Cr-VI speciation where not a material toxic in the matrix. |