BareMinerals Matte Foundation SPF 15 Golden Medium - 6 g / 0.21 oz


  • $20.99
    Unit price per 
Shipping calculated at checkout.

BareMinerals Matte Foundation SPF 15 Golden Medium - 6 g / 0.21 oz

Our Team Suggests:

  • SWIRL a small amount of foundation in the cap until it disappears into the 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.


Cruelty-Free, Vegan, Paraben Free, Gluten Free, Talc Free, Synthetic Fragrance-Free, PEG Free, Tree Nut Free, SLS Free


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


  • 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.


  • Titanium Dioxide & Zinc Oxide
  • Provide mineral-based sunscreen protection from UVA and UVB rays
  • Silica and Lauroyl Lysine
  • Provide a matte finish with a silky, skin-soft feel and helps control oil
  • Iron Oxides
  • Mineral-based pigments for natural-looking color and coverage

Active Ingredients: Titanium Dioxide 15%, Zinc Oxide 5% 

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

We Also Recommend