Resist Anti-Aging Hydrating Cleanser
Creamy cleanser gently yet effectively removes dirt and makeup for clean, smooth skin.
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Creamy cleanser gently yet effectively removes dirt and makeup for clean, smooth skin.
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Is this suitable for my skin? Take the quiz
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Skin Type:
Normal skin,
Dry skin -
Skin Type:
+ Normal skin,
+ Dry skin - Concern: Anti-Aging
- Ingredients: Green Tea Extract, Caprylic/Capric Triglyceride, Chamomile Flower Extract View all
- Routine: Cleanser
| Skin Type: | |
|---|---|
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+ Normal skin, + Dry skin |
How does it work?
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Cleanses skin without drying it out
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Leaves skin soft and hydrated
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Fights signs of ageing
Cleansing with anti-ageing benefits.
This cleanser is the first step in your daily routine to help fight the signs of ageing. Formulated with ingredients that reinforce the skin’s natural barrier, this creamy cleanser gently yet effectively removes dirt and make-up to leave skin soft, smooth and younger-looking.
Find out if this formula works for you.
Because skincare works best when it suits your skin type.
What is your skin type?
WE KNOW SKIN.
Wash your face with a gentle cleanser and wait 15-30 minutes. Select what you see and how you feel.
What's inside?
Key ingredients
Green Tea Extract
Green Tea Extract
Quickly calms redness & soothes skin barrier.
Caprylic/Capric Triglyceride
Caprylic/Capric Triglyceride
Derived from coconut oil and glycerine, it’s considered an excellent emollient to moisturise and replenish skin.
Chamomile Flower Extract
Chamomile Flower Extract
Derived from plant species Matricaria recutita, has moderate antioxidant and potent skin-soothing activities.
The full ingredient list:
Ingredients:
Aqua, Caprylic/Capric Triglyceride (emollient/texture-enhancing), Glycerin (hydration/skin replenishing), PEG-20 Methyl Glucose Sesquistearate (cleansing), Methyl Gluceth-20 (hydration/texture-enhancing), PPG-20 Methyl Glucose Ether (texture-enhancing), Glyceryl Stearate (texture-enhancing), Stearyl Alcohol (texture-enhancing), Polyacrylamide (texture-enhancing), Decyl Glucoside (cleansing), Methyl Glucose Sesquistearate (cleansing), Camellia Oleifera (Green Tea) Leaf Extract (antioxidant), Chamomilla Recutita (Matricaria) Flower Extract (skin-soothing), Soapberry (Sapindus Mukurossi) Peel Extract (cleansing), C13-14 Isoparaffin (texture-enhancing), Laureth-7 (texture-enhancing), Xanthan Gum (texture-enhancing), Disodium EDTA (stabilizer), Citric Acid (pH adjuster), Caprylyl Glycol (preservative), Hexylene Glycol (preservative), Phenoxyethanol (preservative), Ethylhexylglycerin (preservative).
How to use
Step 1: Cleanser Anti-Aging Hydrating Cleanser
How to use a cleanser
Use morning and evening. Splash the face and eyes generously with water. Apply a small amount of cleanser to your face using vigorous yet gentle circular motions. Rinse well. Repeat or use with a clean washcloth to remove heavy makeup.
FAQ
Most askedWhat is the difference between Resist Optimal Results Hydrating Cleanser and Skin Recovery Cleanser?
Resist Optimal Results Hydrating Cleanser has a different texture to Skin Recovery Cleanser. Both are water-soluble cleansing lotions, but Resist Optimal Results Hydrating Cleanser has a lighter, silkier texture that is best for dry, sun-damaged skin.
How is Resist Optimal Results Hydrating Cleanser ‘anti-ageing’?
The gentle formula cleanses skin without disrupting its barrier. As a result, you’re not rinsing key elements skin needs to look younger and healthier down the drain every time you use it. This means your skin is able to hold on to the naturally-occurring elements it needs to strengthen and repair itself. When your skin-care routine respects the skin’s barrier and replenishes it with the ingredients it needs to look and act younger, you will see more youthful skin.
Complete your routine
Research
Archives of Dermatology, August 2000, volume 136, issue 8, pages 989-94 Molecular Medicine Reports, November 2010, issue 6, pages 895–901 International Journal of Cosmetic Science, February 2000, issue 1, pages 21-52 International Journal of Molecular Science, 2016, issue 3, pages 401 Skin Research and Technology, February 2001, issue 1, pages 49–55
