Skino

e.l.f. Cosmetics Suntouchable Whoa Glow Broad Spectrum SPF 30 Sunscreen vs Clinique UV Solutions Hydrating Sunscreen SPF 50 with Hyaluronic Acid

e.l.f. Cosmetics Suntouchable Whoa Glow Broad Spectrum SPF 30 Sunscreen is tracked as a dupe product for Clinique UV Solutions Hydrating Sunscreen SPF 50 with Hyaluronic Acid. Skino keeps AI judgment, ingredient overlap, attribute fit, savings, and known differences separated so the comparison is easier to audit.

e.l.f. CosmeticsSuntouchable Whoa Glow Broad Spectrum SPF 30 Sunscreen
Match
78%
Price
$15.00
Category
Skincare
Type
Sunscreen
Ingredients
39 ingredients
Buy
CliniqueUV Solutions Hydrating Sunscreen SPF 50 with Hyaluronic Acid
Match
78%
Price
$39.00
Category
Skincare
Type
Sunscreen
Ingredients
39 ingredients
Buy

What's inside

What's inside

Key ingredients

Key ingredients

Benefits

Benefits

Concerns

Concerns

Ingredients Side-by-side

  1. AvobenzoneSkin Conditioning
  2. HomosalateSkin Conditioning
  3. OctisalateSkin Conditioning
  4. OctocryleneSkin Conditioning
  5. WaterSkin Conditioning
  6. GlycerinHumectant
  7. Polyglyceryl-3 DistearateSkin Conditioning
  8. Bismuth OxychlorideSkin Conditioning
+31 more ingredients
  1. NiacinamideSmoothing
  2. Aluminum Starch OctenylsuccinateSkin Conditioning
  3. TrehaloseSkin Conditioning
  4. SilicaSkin Conditioning
  5. PanthenolSkin Conditioning
  6. Sodium HyaluronateHumectant
  7. SqualaneSkin Conditioning
  8. Aloe Barbadensis Leaf JuiceSkin Conditioning
  9. Glyceryl Stearate CitrateSkin Conditioning
  10. Cetearyl OlivateSkin Conditioning
  11. Sorbitan OlivateSkin Conditioning
  12. Stearyl CaprylateSkin Conditioning
  13. Stearic AcidSkin Conditioning
  14. Palmitic AcidSkin Conditioning
  15. DimethiconeSkin Conditioning
  16. Cetearyl AlcoholSkin Conditioning
  17. Stearyl HeptanoateSkin Conditioning
  18. Polyacrylate-13Skin Conditioning
  19. PolyisobuteneSkin Conditioning
  20. Polysorbate 20Skin Conditioning
  21. Ethylhexyl HydroxystearateSkin Conditioning
  22. Sorbitan IsostearateSkin Conditioning
  23. TriethoxycaprylylsilaneSkin Conditioning
  24. Acrylates/polytrimethylsiloxymethacrylate CopolymerSkin Conditioning
  25. Caprylyl GlycolSkin Conditioning
  26. EthylhexylglycerinSkin Conditioning
  27. Potassium SorbateSkin Conditioning
  28. PhenoxyethanolSkin Conditioning
  29. Disodium EDTASkin Conditioning
  30. Sodium BenzoateSkin Conditioning
  31. Citric AcidSkin Conditioning

Ingredients Side-by-side

  1. HomosalateSkin Conditioning
  2. W/w P/pSkin Conditioning
  3. OctocryleneSkin Conditioning
  4. OctisalateSkin Conditioning
  5. AvobenzoneSkin Conditioning
  6. W/w P/pingredients: Water\aqua\eauSkin Conditioning
  7. GlycerinHumectant
  8. Phenyl TrimethiconeSkin Conditioning
+29 more ingredients
  1. SilicaSkin Conditioning
  2. Dextrin PalmitateSkin Conditioning
  3. Butyloctyl SalicylateSkin Conditioning
  4. Butylene GlycolHumectant
  5. Triacontanyl PvpSkin Conditioning
  6. Hydrogenated LecithinSkin Conditioning
  7. PhenoxyethanolSkin Conditioning
  8. Hydroxyethyl Acrylate/sodium Acryloyldimethyl Taurate CopolymerSkin Conditioning
  9. Tocopheryl AcetateSkin Conditioning
  10. Glyceryl StearateSkin Conditioning
  11. Peg-100 StearateSkin Conditioning
  12. Polysorbate 20Skin Conditioning
  13. Algae ExtractSkin Conditioning
  14. Sodium BenzoateSkin Conditioning
  15. Xanthan GumSkin Conditioning
  16. IsododecaneSkin Conditioning
  17. Ammonium Acryloyldimethyltaurate/beheneth-25 Methacrylate CrosspolymerSkin Conditioning
  18. Acrylates/dimethicone CopolymerSkin Conditioning
  19. TocopherolAntioxidant
  20. Citric AcidSkin Conditioning
  21. Disodium EDTASkin Conditioning
  22. Sodium HyaluronateHumectant
  23. OryzanolSkin Conditioning
  24. DextrinSkin Conditioning
  25. Litchi Chinensis Seed ExtractSkin Conditioning
  26. Polysorbate 60Skin Conditioning
  27. Sorbitan IsostearateSkin Conditioning
  28. Biosaccharide Gum-1Skin Conditioning
  29. 7-dehydrocholesterolSkin Conditioning

Ingredients Explained

Avobenzone

Skin Conditioning · Shared

Avobenzone appears as a shared ingredient in this comparison and reads mainly as a skin conditioning signal.

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Use it as formula evidence, not as a guarantee that the two finished products will feel or perform identically.

Homosalate

Skin Conditioning · Shared

Homosalate appears as a shared ingredient in this comparison and reads mainly as a skin conditioning signal.

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Use it as formula evidence, not as a guarantee that the two finished products will feel or perform identically.

Octisalate

Skin Conditioning · Shared

Octisalate appears as a shared ingredient in this comparison and reads mainly as a skin conditioning signal.

Read more

Use it as formula evidence, not as a guarantee that the two finished products will feel or perform identically.

Octocrylene

Skin Conditioning · Shared

Octocrylene appears as a shared ingredient in this comparison and reads mainly as a skin conditioning signal.

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Use it as formula evidence, not as a guarantee that the two finished products will feel or perform identically.

Glycerin

Humectant, Skin Conditioning · Shared

Glycerin appears as a shared ingredient in this comparison and reads mainly as a humectant, skin conditioning signal.

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Use it as formula evidence, not as a guarantee that the two finished products will feel or perform identically.

Silica

Skin Conditioning · Shared

Silica appears as a shared ingredient in this comparison and reads mainly as a skin conditioning signal.

Read more

Use it as formula evidence, not as a guarantee that the two finished products will feel or perform identically.

Sodium Hyaluronate

Humectant, Skin Conditioning · Shared

Sodium Hyaluronate appears as a shared ingredient in this comparison and reads mainly as a humectant, skin conditioning signal.

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Use it as formula evidence, not as a guarantee that the two finished products will feel or perform identically.

Polysorbate 20

Skin Conditioning · Shared

Polysorbate 20 appears as a shared ingredient in this comparison and reads mainly as a skin conditioning signal.

Read more

Use it as formula evidence, not as a guarantee that the two finished products will feel or perform identically.