Self Glow by James Read Golden Days Milky Tan Toner
Self Glow by James Read
$52.00
Product Insights & Style Tips
A luminous mood setter, the Golden Days Milky Tan Toner arrives as a softly milky veil that hydrates on contact and preps the skin with a skin-bright canvas. Powered by Centella Asiatica and biotech actives, it calms redness, supports the barrier, and releases a subtle, buildable luminosity. It’s vegan and packaged with recycled materials, a glow that respects both skin and the planet.
After cleansing, mist over the face as the first step, then follow with serums and moisturizers as usual. The texture feels lightweight and hydrating, laying a sheer, buildable tan that suits all skin tones. It’s suitable for all skin types, and the plant-based tan ingredient delivers a natural glow without heaviness. Use daily to awaken tired skin; the 2.7 oz / 80 ml bottle keeps routines portable.
Self Glow by James Read leans into a glow-forward beauty mood, turning sunless tanning into skincare. The Golden Days Milky Tan Toner fits a plant-based, vegan ethos and a radiance-driven routine, offering year-round luminosity without heaviness. A dewy base that pairs with minimal makeup or sheer finishes, it echoes the brand's easy, beachy cool and sustainable sensibility.
Materials / Fabrication
- Self Glow by James Read Golden Days Milky Tan Toner
- Milky toner-tan hybrid formula
- Powered by Centella Asiatica and biotech actives
- Hydrates instantly and helps calm redness
- Supports skin barrier function and delivers luminosity
- Vegan, plant-based tan ingredient
- Skincare-first sunless tan with buildable glow
- Suitable for all skin types
- Packaging made from recycled materials
- Size: 2.7 oz / 80 ml
- Application: after cleansing, mist over the face as the first step in your routine
Recommended Care
- Patch test before first use
- Use daily to awaken tired skin
- Avoid contact with eyes; rinse thoroughly if product enters eyes
- Store in a cool, dry place away from direct sunlight
- Close lid after use to prevent evaporation
