The Ordinary30ml Granactive Retinoid 2% Emulsion and 30ml EUK 134 0.1% Serum
R679
Please note
This product is a parallel import. This has nothing to do with the authenticity of the product (it is completely authentic), but means it has been imported without the approval, or license of the registered owner of the trademark and therefore no guarantee or warranty in respect of such goods will be honoured or fulfilled by any official or licensed importer of such goods. However, any warranty claims will be covered by OneDayOnly or the relevant third party seller, in accordance with our standard return/refund policy.
About
The Ordinary is an evolving collection of treatments offering familiar, effective clinical technologies positioned to raise pricing and communication integrity in skincare. The brand was created to celebrate integrity in its most humble and true form.
Product Features
Granactive Retinoid 2% Emulsion
- This product uses next-generation retinoid active technologies which have been shown to achieve better reduction in signs of aging than retinol without irritation
- These technologies cannot be compared directly with retinol itself in terms of concentration because they include a different retinoid molecule, in a similar way that Retinol cannot be compared with Retinoic Acid in terms of concentration
- If you have interest in a retinol product, please refer to our Retinol portfolio above which products contain pure retinol and cost less since many retinol technologies cost less than their next-generation counterparts like Granactive Retinoid
- High potency. EUK-134™ is by far one of the strongest antioxidants available
- While EUK-134™ itself is very costly, the suggested concentration in any formula is below 0.05% and most formulas do not use this maximum suggestion
- Our formula uses EUK-134™ at an extremely high 0.1% concentration and we do not believe any product on the market today uses a higher concentration than this amount
- This formula does not contain any water, silicones, oils or alcohol. Water can impair the stability of any antioxidant