'Original SPF15' Powder Foundation - 23 Medium Dark 8 g

bareMinerals - 'Original SPF15' Powder Foundation - 23 Medium Dark 8 g

Collection	Original

Made with 7 vegan ingredients, provides sheer-to-full matte coverage.
Made with 7 clean, vegan ingredients, this lightweight, talc-free matte foundation provides sheer-to-full coverage and promotes clearer, healthier-looking skin over time.
Provides all-day coverage with a matte finish
Reduces shine and absorbs excess oil
Minimizes the look of pores and imperfections
Promotes clearer, healthier-looking skin over time
Won’t clog pores, cause breakouts or settle into fine lines

Consumer tested:
Based on a 19-day consumer study of 90 people:
87% saw a reduction in the look of pores
84% agreed it improved the appearance of their skin
Based on a 6-week clinical study of 30 people:
Clinically shown to absorb excess oil and reduce shine
Promotes clearer, healthier-looking skin over time

Why you'll love it:
#1 Powder Foundation brand in the UK*
Formulated without any unnecessary additives, binders, fillers or talc
Mineral-based SPF 15 sun protection against UVA and UVB rays
Buildable sheer-to-full coverage
All-day wear
Dermatologist-tested
Hypoallergenic
Non-comedogenic
Non-acnegenic
Vegan
Cruelty-free
Clean —talc-free + formulated without parabens, formaldehyde, gluten, synthetic fragrance, PEGs and more
At bareMinerals, we have restricted over 2,500 ingredients, including the 1,400+ banned in the E.U.
*Source: Circana (UK) Ltd, Retail Tracking Service, Makeup Foundation by Division, Form: Loose Powder & Pressed Powder Compact, Value Sales, April 2024 – March 2025

Our Team Suggests:
SWIRL a small amount of foundation in the cap until it disappears into the Beautiful Finish Foundation Brush.
TAP away any excess.
BUFF onto your skin in circular motions. This activates the minerals and transforms them from a powder to a silky cream. Repeat until you’ve achieved the coverage you want, from sheer to full.

Lauroyl Lysine, Silica, Calcium Silicate. May Contain: Mica, Titanium Dioxide, Iron Oxides.