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Cosmetiqly
INCI Medical Safety Check

Is SkinCeuticals Dipbrow Pomade Vol. 11 Silicone-Free Safe?

Comprehensive ingredient safety verdict & trigger breakdown across 12 INCI components.

✓
VERDICT: SAFE FOR USE Scalp Treatment

Verified Silicone-Free Safe (12 Clean Ingredients)

Verifies the absence of occlusive silicones that form a barrier layer over the skin surface.

Cosmetiqly Safety Score
100 %

Clinical Breakdown & Synthesized Verdict

Clinical INCI evaluation confirms that SkinCeuticals Dipbrow Pomade Vol. 11 is safe for users concerned about Silicone-Free. None of the 12 ingredients listed in its formulation trigger silicone-free sensitivity.

This product achieves an optimal Cosmetiqly Safety Score of 100%. It is suitable for daily skincare routines prioritizing silicone-free protection.

Full INCI Ingredient List (12 Ingredients)

Parsed from official formula disclosure
# INCI Ingredient Name Silicone-Free Status
1 butyrospermum parkii (shea) butter ✓ CLEAN / SAFE
2 linalool ✓ CLEAN / SAFE
3 lavandula angustifolia (lavender) oil ✓ CLEAN / SAFE
4 avobenzone ✓ CLEAN / SAFE
5 propylparaben ✓ CLEAN / SAFE
6 polysorbate 20 ✓ CLEAN / SAFE
7 isopropyl palmitate ✓ CLEAN / SAFE
8 chondrus crispus (carrageenan) ✓ CLEAN / SAFE
9 water (aqua) ✓ CLEAN / SAFE
10 cetearyl alcohol ✓ CLEAN / SAFE
11 ethylhexylglycerin ✓ CLEAN / SAFE
12 disodium edta ✓ CLEAN / SAFE

Frequently Asked Questions

Is SkinCeuticals Dipbrow Pomade Vol. 11 Silicone-Free safe?

Yes, SkinCeuticals Dipbrow Pomade Vol. 11 is confirmed Silicone-Free safe. None of its ingredients were found to conflict with silicone-free standards.

What is the safety score of SkinCeuticals Dipbrow Pomade Vol. 11 for Silicone-Free?

SkinCeuticals Dipbrow Pomade Vol. 11 earned a Cosmetiqly safety score of 100% for Silicone-Free compatibility.

How does Cosmetiqly analyze SkinCeuticals Dipbrow Pomade Vol. 11?

Cosmetiqly performs automated INCI ingredient parsing across 15 medical and dermatological filter databases to detect potential allergens, pore-cloggers, and skin irritants.