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Cosmetiqly
INCI Medical Safety Check

Is Drunk Elephant Slip Tint Dewy Tinted Moisturizer Vol. 5 Sulfate-Free Safe?

Comprehensive ingredient safety verdict & trigger breakdown across 10 INCI components.

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VERDICT: SAFE FOR USE Lip Balm

Verified Sulfate-Free Safe (10 Clean Ingredients)

Verifies freedom from harsh cleansing surfactants that strip skin natural lipid moisture barriers.

Cosmetiqly Safety Score
100 %

Clinical Breakdown & Synthesized Verdict

Drunk Elephant Slip Tint Dewy Tinted Moisturizer Vol. 5 has passed clinical INCI ingredient analysis for Sulfate-Free compatibility. Out of 10 total ingredients analyzed in this lip balm formula, zero ingredients were flagged as potential triggers for sulfate-free.

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

Full INCI Ingredient List (10 Ingredients)

Parsed from official formula disclosure
# INCI Ingredient Name Sulfate-Free Status
1 glycerin ✓ CLEAN / SAFE
2 stearic acid ✓ CLEAN / SAFE
3 sodium hyaluronate ✓ CLEAN / SAFE
4 sodium hydroxide ✓ CLEAN / SAFE
5 ceramide ap ✓ CLEAN / SAFE
6 lactic acid ✓ CLEAN / SAFE
7 adenosine ✓ CLEAN / SAFE
8 prunus amygdalus dulcis (sweet almond) oil ✓ CLEAN / SAFE
9 citral ✓ CLEAN / SAFE
10 ethylhexyl methoxycinnamate ✓ CLEAN / SAFE

Frequently Asked Questions

Is Drunk Elephant Slip Tint Dewy Tinted Moisturizer Vol. 5 Sulfate-Free safe?

Yes, Drunk Elephant Slip Tint Dewy Tinted Moisturizer Vol. 5 is confirmed Sulfate-Free safe. None of its ingredients were found to conflict with sulfate-free standards.

What is the safety score of Drunk Elephant Slip Tint Dewy Tinted Moisturizer Vol. 5 for Sulfate-Free?

Drunk Elephant Slip Tint Dewy Tinted Moisturizer Vol. 5 earned a Cosmetiqly safety score of 100% for Sulfate-Free compatibility.

How does Cosmetiqly analyze Drunk Elephant Slip Tint Dewy Tinted Moisturizer Vol. 5?

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