Description

WiQo ICP Cream SPF50+ Ultra Light (1 x 10.5ml)

nULTRA LIGHT SHADE WiQo ICP Coloring Cream Compact, SPF +50, 10.5 ml nThe ICP Cream compact’s coloring cream evens out the natural skin tone and conceals minor flaws. creates a transparent layer with a silky texture that shields the skin all day and stops photoaging damage. n nThe following shades of ICP Cream are offered: ultra-light for fair skin, light for natural skin tones, and medium for darker skin tones (olive). n nICP Cream has a consistency that makes it easy to apply with the included applicator. Excellent coverage is achieved, but a very thin layer of the product (lacking the mask effect) nevertheless clings to the skin. Low molecular weight esters and oils are used to achieve this. n nICP Cream evens up the skin tone, making it appear more delicate and silkier despite the use of mica. It does not draw attention to skin flaws. n nICP Cream (SPF 50+) shields the skin against UVA and UVB radiation by combining physical and chemical filters. The filters were balanced perfectly to produce a product with exceptional user comfort. The number of chemical filters has decreased as a result of the physical filters’ existence. nICP Cream is a cream that is used by patients in cosmetic medicine clinics, particularly following procedures when sun protection is advised (such as PRX-T 33). It needs to be applied to healthy skin. n nFeatures n nThe nickel test nvoid of parabens. nnot using fragrances nfor every type of skin n nIndication n ncream for coloring nA uniform skin tone nProtection against UVA and UVB radiation (SPF 50+) to delay the effects of photoaging nSunscreen use following PRX-T treatment nenhancing the skin’s moisture and nourishment n nAction and composition n nAn ingredient with moisturizing and calming effects is called orchid mascula extract. nAntioxidants with a softerening effect are anthocyanins. nstrong antioxidant properties of vitamin E nSPF 50+ Mica-Pearl Powder relieves irritation. Filters, both physical and chemical, to block radiation