Stick Blush

Anastasia Beverly Hills Stick Blush is an ultra-lightweight cream blush that melts into skin and creates radiant, natural-looking color with a seamless finish. Stick Blush glides onto skin with ease, creating a long-lasting, soft-focus effect that blurs and diffuses for a fresh-faced glowing skin. This buildable and blendable formula means that you can easily go from a sheer wash to a more intense, vivid pop, and it will not streak or smudge the complexion layers underneath. Use the luxe attached brush for convenient application, making it the perfect on-the-go choice for all skill levels. Stick Blush is available in five naturally-flattering shades for all skin tones.

WHY YOU'LL LOVE IT

• Ultra-lightweight, cream formula melts into skin for natural-looking, radiant color
• Delivers a second-skin effect with a seamless finish and customizable intensity.
• Buildable and blendable formula that is easy-to-apply.
• Glides onto skin with ease for effortless, longwearing color with comfortable wear
• Delivers smooth color that never feels sticky or greasy with no streaking or settling in lines.
• Soft focus effect blurs and diffuses for fresh-faced, glowing skin.
• Can be applied on bare skin or layered on top of makeup without disrupting.
• Includes a synthetic brush for precise application and blending for quick use at home or on-the-go.
• Sleek component with luxe, rose gold packaging that fits perfectly in your makeup bag.
• Cruelty-Free, Paraben-Free, Phthalates-Free, Mineral-Oil Free, Fragrance-Free, Oil-Free

HOW TO APPLY

• Swipe a small amount of Stick Blush to the center of the cheek directly from the stick, then blend upwards towards the hairline using the brush. Use circular motions to blend and tapping motions to build color. Layer for desired intensity.

Pro Tips:

• Swipe a small amount of Stick Blush to the center of the cheek directly from the stick, then blend upwards towards the hairline using the brush. Use circular motions to blend and tapping motions to build color. Layer for desired intensity.