Is Homosalate Safe? What You Need to Know
Safety Score
Concern Level: high
Homosalate has moderate safety concerns. Consider alternatives where possible, especially for vulnerable populations.
What Is Homosalate?
A UV filter that may disrupt estrogen, androgen, and progesterone activity.
Commonly found in: sunscreen, moisturizers with SPF
Safety Research & Evidence
A UV filter that may disrupt estrogen, androgen, and progesterone activity.
Regulatory status: FDA approved up to 15%; EU under review for endocrine effects
Health Concerns
endocrine disruption
Evidence: ModerateResearch indicates endocrine disruption may be associated with exposure to Homosalate. Particularly concerning for children, pregnant women.
bioaccumulation
Evidence: ModerateResearch indicates bioaccumulation may be associated with exposure to Homosalate. Particularly concerning for children, pregnant women.
Vulnerable Populations
Extra caution recommended for: children, pregnant women
Safer Alternatives
| Alternative | Safety Score |
|---|---|
| Zinc Oxide | 9/10 |
How to Avoid Homosalate
- Read ingredient labels carefully for "Homosalate" or its chemical synonyms
- Choose products with third-party certifications (EWG Verified, Made Safe)
- Consider alternatives like Zinc Oxide
- Check the EWG Skin Deep database for product ratings
- Look for "Homosalate-free" labels on product packaging
Frequently Asked Questions
Is Homosalate safe for babies?
No, we recommend avoiding Homosalate in products used on or around babies due to their developing systems.
What are the safest alternatives to Homosalate?
Safer alternatives include Zinc Oxide (safety score: 9/10).
Is Homosalate banned in other countries?
Regulatory status: FDA approved up to 15%; EU under review for endocrine effects
How do I know if my product contains Homosalate?
Check the full ingredient list on the product label. Homosalate may also appear under different chemical names. Using apps like EWG Healthy Living or Think Dirty can help identify it.
Related Safety Guides
References
- Matta MK et al. (2019). Systemic absorption of sunscreen ingredients PMID: 31688918