Macbox Retinol Moisturizer Face Cream/hyaluronic Acid

With the everyday exposure of our sensitive skin to the harsh environmental conditions they are increased and more development and visibility of fine line (Wrinkles) and dry skinMabox Retinol Moisturizer is a unique blend of Powerhouse Ingredients with Retinol, Vitamin E, Vitamin B5, Shea Butter, Green Tea, Jojoba Oil, and more! that softens and fades away the fine lines giving your skin a younger and radiant glew look every year.
Ingredients:Water,Butylene Glycol,Trehalose,Cetearyl Olivate,Sorbitan Olivate,Caprylic/Capric Triglycride,Retinol(Vitamin A),Simmondsia Chinensis(Jojoba)Seed Oil,Portulaca Oleracea Extract,Paeonia Suffruticosa Root Extract,Althaea Officinais Root Extact,Arnica Montana,Tilia Cordata Flower Extract,Sodium Hyaluronate,Tocopherol,Xanthan Gum,Allantoin,Benzyl Alcohol,Salicylic Acid,Glycerin,Sorbic Acid,Parfum
Detail of Miracle Cream

• Contains 2.5% active Retinol, Hyaluronic Acid, Vitamin E, and Green Tea

• Reduce the appearance of wrinkles, acne, and brightens skin ton

• Supports natural collagen production and helps treat hyper-pigmentation

Type: Retinol Moisturizer Cream Capacity: 1.7 fl oz/50mlTarget Area:Eyes and Face Quantity:1PcsGross Weight:about 172g

Key Features

Contains 2.5% active Retinol, Hyaluronic Acid, Vitamin E, and Green Tea
Reduce the appearance of wrinkles, acne, and brightens skin ton
Supports natural collagen production and helps treat hyper-pigmentationThe appearance of lines, wrinkles, and enlarged pores is softened, revealing new skin with a youthful glow.
Retinol moisturizer that appears to help with the appearance of signs of aging and wrinkles, while nourishing your skin with the most natural and potent ingredients available.
Retinol Moisturizer is formulated with a 2.5% Retinol Complex that provides both immediate and long term release to promote radiant skin. It supports natural cell turnover to improve skin texture and tone

What's In the Box

Macbox retinol moisturizer face cream hyaluronic acid/Vitamin E