Description
At Simple, we’re all about making products which are kind to skin and have skin-loving ingredients. All our products are free from colour, perfume, and a strict list of 2000+ harsh chemicals (we call them baddies).
Simple Daily Skin Detox Ultra-Light Liquid Moisturiser is a specialised solution for people with oily, pimple prone skin. This blend gives your skin 24-hour hydration and matte effect, leaving it feeling smooth and soft. This liquid Moisturiser is ultra-light on the skin and leaves no greasy residue while making sure it gets all the nourishment it needs. Our Ultra-Light Liquid Moisturiser with fast absorbing, and non-greasy water gel formula, can be used as a moisturizer or as a primer to prep your skin before make-up. Enriched with Thyme, Zinc and Witch Hazel, it provides essential hydration and effectiveness against oil and spots. While a blend of Glycerin and Niacinamide maintain a healthy balance to protect against future blemishes. Our Daily Skin Detox Ultra-Light Liquid Moisturiser like all Simple products contains no colour or dye, no alcohol, and no artificial perfume. We are dermatologically tested and approved. Specially designed for sensitive skin users, we are approved hypoallergenic and non-comedogenic. This face moisturizer is also suitable for oily, pimple prone skin for both men and women.
How to use - Apply 1 to 2 pea-sized amounts daily on your skin in morning and evening. Use on its own as moisturizer or as a primer for your oily skin.
With more than 50 years of heritage in caring for the most sensitive skin, Simple, UK's No.1 facial skincare brand, is all about making products which are kind to skin, animals, and planet. We make sure that we respect your skin, always, and that’s why all our products are tested even on the most sensitive skin.
Our Products are gentle. Our products are Simple!
At Simple, we’re all about making products which are kind to skin and have skin-loving ingredients. All our products are free from colour, perfume, and a strict list of 2000+ harsh chemicals (we call ...Read More
