Is Sodium Molybdate safe in cosmetics?
Sodium Molybdate has a safety rating of "POOR" in our database. EU status: permitted. US status: permitted.
Poor
Cosmetic Ingredient
Sodium Molybdate
INCI: SODIUM MOLYBDATE
Sodium Molybdate (CAS 7631-95-0 (anhydrous); 10102-40-6 (dihydrate)) is a cosmetic cosmetic ingredient functioning as Corrosion inhibitor; not a standard cosmetic functional ingredient — primarily. EU Regulation 1223/2009 status: permitted. Industrial safety data is also available in the chemical safety database.
View industrial chemical safety profile for CAS 7631-95-0 (anhydrous); 10102-40-6 (dihydrate) →
Auto-generated CPSR Part A draft with source citations
Function
Corrosion inhibitor; not a standard cosmetic functional ingredient — primarily industrial/feed additive
Safety Rating
POOR
Regulatory Status
EU EU Status
permitted
US US Status
permitted
US Notes
Not recognized as a standard cosmetic ingredient; GRAS for certain food-contact uses
For full compliance data across multiple jurisdictions, use the Substance Compliance tool.
Safety Data
Margin of Safety, dermal absorption, and sensitization profile summaries for Sodium Molybdate.
Calculate MoS for your specific formulation with the MoS Calculator.
Expert Verdict
Expert safety assessment and concern-level summary for Sodium Molybdate.
Regulatory Flags
endocrine_disruptor
Frequently Asked Questions
Is Sodium Molybdate allowed in the EU?
Sodium Molybdate EU regulatory status: permitted. This is based on EU Regulation 1223/2009 and its amendments.
What does Sodium Molybdate do in cosmetics?
Sodium Molybdate functions as: Corrosion inhibitor; not a standard cosmetic functional ingredient — primarily industrial/feed additive. It is classified as a cosmetic ingredient in our database. CAS number: 7631-95-0 (anhydrous); 10102-40-6 (dihydrate).
Compliance Tools
Check Sodium Molybdate compliance across multiple jurisdictions:
Ingredient Decoder
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82 Allergen Checker
Check for EU declarable fragrance allergens
Substance Compliance
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MoS Calculator
Calculate Margin of Safety using SCCS methodology
Heavy Metal Limits
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