Our Verdict: RATING UNKNOWN

Amino Tri(methylene Phosphonic Acid), Sodium Salt

CAS20592-85-2

Insufficient data to assign a rating

We do not have enough regulatory data to assign a safety rating to this additive at this time.

Adverse Events

0

FDA CFSAN

FDA Recalls

0

OpenFDA

United States

Approved

FDA

European Union

Not_evaluated

EFSA

Amino Tri(methylene Phosphonic Acid), Sodium Salt — food additive

Amino Tri(methylene Phosphonic Acid), Sodium Salt (ATMP) is an organophosphonate compound with unclear applications in food processing. Its specific function in food products remains undocumented in available scientific literature.

US Status

Approved

FDA

EU Status

Not_evaluated

EFSA

Adverse Events

0

FDA CFSAN

FDA Recalls

0

OpenFDA

Global Regulatory Status

United States
ApprovedFDA
European Union
Not EvaluatedEFSA
United Kingdom
Not EvaluatedUK FSA
Canada
Not EvaluatedHealth Canada
Australia
Not EvaluatedFSANZ
Japan
Not EvaluatedMHLW
South Korea
Not EvaluatedMFDS
Brazil
Not EvaluatedANVISA
China
Not EvaluatedNHC / GB 2760
India
Not EvaluatedFSSAI
Country data is sourced from official regulatory databases and enriched via AI analysis. Always verify with the relevant national authority before making dietary decisions.

What is Amino Tri(methylene Phosphonic Acid), Sodium Salt?

Amino Tri(methylene Phosphonic Acid), Sodium Salt, identified by CAS number 20592-85-2, is an organophosphonate compound belonging to the phosphonic acid family. This chemical consists of a central amino group bonded to three methylene phosphonic acid moieties, with sodium as the counterion. The compound exists as a white to off-white crystalline powder and is soluble in water.

Organophosphonates are widely used across industrial applications, particularly in water treatment, chelation processes, and scale prevention. However, this particular compound's role in food products remains poorly characterized in published scientific literature.

Common Uses

While Amino Tri(methylene Phosphonic Acid), Sodium Salt is produced and distributed commercially, its specific function in food manufacturing has not been clearly established or documented in regulatory submissions. The compound may potentially be used as a chelating agent or sequestrant in certain food processing applications, roles common to similar phosphonate compounds, but definitive evidence of food industry use is limited.

Related phosphonate compounds have been explored for metal ion sequestration and scale prevention in industrial food processing equipment, but this particular additive's application remains undocumented in standard food additive databases and regulatory literature.

Safety Assessment

The FDA has received zero adverse event reports associated with this additive and has initiated zero recalls involving this substance. These metrics suggest either minimal food industry use, effective safety in application, or limited consumer exposure.

Toxicological data specific to Amino Tri(methylene Phosphonic Acid), Sodium Salt in food contexts is scarce. General organophosphonate compounds have demonstrated relatively low acute toxicity in animal studies, though comprehensive chronic toxicity, reproductive, or developmental studies specific to this compound are not readily available in public databases.

The absence of the GRAS (Generally Recognized As Safe) designation from the FDA indicates that this additive has not undergone the formal safety review process required for direct food additives. This status does not necessarily indicate safety concerns but rather reflects regulatory categorization and submission history.

Regulatory Status

Amino Tri(methylene Phosphonic Acid), Sodium Salt is not listed as a GRAS substance by the FDA. It does not appear on the FDA's Color Additives Status List or the Standard List of Approved Indirect Additives. The compound's regulatory classification as "other" suggests it falls outside primary food additive categories.

In the European Union, this compound is not listed among approved food additives under Regulation (EC) 1333/2008. Similar regulatory restrictions or absences exist in other major markets including Canada, Australia, and Japan.

The lack of regulatory approval or established use does not prevent commercial production for non-food industrial applications, where organophosphonates serve important functions in water treatment and manufacturing processes.

Key Studies

Published research specifically addressing Amino Tri(methylene Phosphonic Acid), Sodium Salt in food safety contexts is essentially non-existent in peer-reviewed literature. General toxicological studies on organophosphonate compounds indicate relatively low acute toxicity profiles, but these cannot be directly extrapolated to this specific compound without dedicated research.

The chemical's primary scientific literature appears in industrial and water treatment contexts rather than food safety publications. This knowledge gap limits comprehensive safety assessment based on published evidence.

Frequently Asked Questions

What is Amino Tri(methylene Phosphonic Acid), Sodium Salt?

Amino Tri(methylene Phosphonic Acid), Sodium Salt (ATMP) is an organophosphonate compound with unclear applications in food processing. Its specific function in food products remains undocumented in available scientific literature.

Is Amino Tri(methylene Phosphonic Acid), Sodium Salt safe?

Amino Tri(methylene Phosphonic Acid), Sodium Salt is currently rated "unknown" based on FDA and EFSA data. It is approved in the US and not_evaluated in the EU. There are 0 FDA adverse event reports associated with this additive.

Is Amino Tri(methylene Phosphonic Acid), Sodium Salt banned in any country?

Amino Tri(methylene Phosphonic Acid), Sodium Salt is approved in the United States and not_evaluated in the European Union. Review the regulatory status cards above for the most current information.

Data Sources

Data is sourced exclusively from official government databases and updated periodically. This page does not constitute medical advice. Consult a healthcare professional for dietary guidance.