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One/Size - Cheek Clapper 3D Blush Trio Palette - Very That
The One/Size Cheek Clapper 3D Blush Trio Palette in 'Very That' is a luxurious three-pan face palette featuring complementary blush formulas. Housed in a sleek pink compact, it includes a cream blush, a matte powder blush with embossed pattern, and a shimmering highlighter blush for dimensional cheek looks.
Key features:
• Three complementary blush formulas in one palette
• Includes cream, matte powder, and shimmer finishes
• Elegant pink packaging with mirror
• Embossed pattern design on middle shade
• Buildable and blendable formulas
• Creates dimensional, multi-textured cheek looks
The palette is designed to be used individually or layered together for customized cheek looks. The top pan contains a creamy blush formula, the middle features a matte powder blush with decorative circular pattern embossing, and the bottom pan offers a shimmering highlighter blush. The varying textures allow for versatile application techniques and can be built up or sheered out based on desired intensity.
QAR 280.00
The One/Size Cheek Clapper 3D Blush Trio Palette in 'Very That' is a luxurious three-pan face palette featuring complementary blush formulas. Housed in a sleek pink compact, it includes a cream blush, a matte powder blush with embossed pattern, and a shimmering highlighter blush for dimensional cheek looks.
Key features:
• Three complementary blush formulas in one palette
• Includes cream, matte powder, and shimmer finishes
• Elegant pink packaging with mirror
• Embossed pattern design on middle shade
• Buildable and blendable formulas
• Creates dimensional, multi-textured cheek looks
The palette is designed to be used individually or layered together for customized cheek looks. The top pan contains a creamy blush formula, the middle features a matte powder blush with decorative circular pattern embossing, and the bottom pan offers a shimmering highlighter blush. The varying textures allow for versatile application techniques and can be built up or sheered out based on desired intensity.