Dupes for Tom Ford Soleil Flawless Glow Foundation SPF 30

We have found 7 dupes for Tom Ford Soleil Flawless Glow Foundation SPF 30 in composition and properties. They also contain , Dimethicone, Octyldodecyl Neopentanoate, Titanium Dioxide, Titanium Dioxide.

It Cosmetics

Confidence In A Foundation

64 components

Much less Dimethicone Position 10 vs. 2

Same concentration of Octyldodecyl Neopentanoate Position 3 vs. 3

Much more Titanium Dioxide Position 60 vs. 69

Much more Titanium Dioxide Position 60 vs. 69

Becca

Aqua Luminous Perfecting Foundation

62 components

Same concentration of Dimethicone Position 2 vs. 2

Much less Octyldodecyl Neopentanoate Position 10 vs. 3

Much more Titanium Dioxide Position 59 vs. 69

Much more Titanium Dioxide Position 59 vs. 69

Origins

Pretty In Bloom SPF 20 Flower-Infused Long-Wear Foundation

73 components

Same concentration of Dimethicone Position 2 vs. 2

Less Octyldodecyl Neopentanoate Position 5 vs. 3

Less Titanium Dioxide Position 70 vs. 69

Less Titanium Dioxide Position 70 vs. 69

Too Faced

Tutti Frutti Dew You Fresh Glow Foundation

48 components

Same concentration of Dimethicone Position 2 vs. 2

Same concentration of Octyldodecyl Neopentanoate Position 3 vs. 3

Much more Titanium Dioxide Position 48 vs. 69

Much more Titanium Dioxide Position 48 vs. 69

Stila

Perfect & Correct Foundation

43 components

Less Dimethicone Position 6 vs. 2

Less Octyldodecyl Neopentanoate Position 4 vs. 3

Much more Titanium Dioxide Position 39 vs. 69

Much more Titanium Dioxide Position 39 vs. 69

Motives By Loren Ridinger

Motives Liquid Powder Mineral Foundation With SPF 15

39 components

Much less Dimethicone Position 12 vs. 2

Less Octyldodecyl Neopentanoate Position 6 vs. 3

Much more Titanium Dioxide Position 1 vs. 69

Much more Titanium Dioxide Position 1 vs. 69

M.A.C.

Mineralize Foundation

52 components

Less Dimethicone Position 4 vs. 2

Much less Octyldodecyl Neopentanoate Position 11 vs. 3

Much more Titanium Dioxide Position 13 vs. 69

Much more Titanium Dioxide Position 13 vs. 69

• «
• ‹
• 1
• ›
• »