Complete your makeup regime with GUERLAIN Parure Gold Radiance Setting Powder, a limited edition translucent finishing powder that mattifies, while enhancing your natural complexion.
Soft and glowy, this pressed powder adds a healthy and radiant finish, and sees that your skin stays mattified and luminous for up to 8 hours. Infused with multi-faceted gold pigments, mother-of-pearl and real 24 carat pigments, the setting powder reflects light for a delicate matte complexion. Not too shimmery or too matte, each sweep of the brush reveals a healthy-skin effect, enhanced with light gold flecks.
Skin will appear energised thanks to its hydrating formula, which ensures that your skin doesn’t look dry, with or without makeup. The sheer powder is really light too, and syncs with skin perfectly so that your makeup never looks cakey or thick. The final step of your makeup routine, a quick dusting over your base will leave your complexion brighter, and pores, blemishes and fine lines blurred.
Why We Love It
A powder containing this much radiance, needs a show-stopping compact case to match, and the Gold Radiance Powder doesn’t disappoint. Inspired by the qualities of precious metals and stones, the compact is covered in metallic gold, and the geometric patterned powder mimics the structure of a diamond for a luxurious touch that makes it stand out. Complete with a mirror, the case is designed for on-the-go touch-ups, so you’ll never be caught off guard again. Swipe, mattify and you’re good to glow!
Just when we thought this powder couldn't get any better they threw in a gorgeous scent! The formula is infused with a subtle fruity-floral aroma of peach, jasmine and white musk - the perfect finishing touch to this makeup compact.
How To Use It
Glide your brush over the powder. Dust in a sweeping motion and buff out.
Works Well With
If you loved this, then you’ll be sure to love GUERLAIN’s full Parure Gold collection, including more luxe makeup in eye-catching gold.
Shipping Restriction: Can only ship to European (EEA) destinations.