Ayluna Light Brown Plant-Based Hair Dye No. 65 is a 100% herbal powder colour designed for blonde to brown hair. This premium botanical formula coats each strand with a luminous veil of plant pigments to create expressive, lively-looking colour with visible shine and volume, while leaving the natural hair structure unchanged. The formula is free from ammonia, peroxides, resorcinol, PEGs, fragrance, and preservatives, and it does not lighten the hair.
Key Benefits:
- Suitable for blonde to brown hair
- Creates expressive, lively-looking colour with visible shine and volume
- Gently colours the hair without impacting the natural hair structure
- 100% herbal formula
- Free from ammonia, peroxides, resorcinol, PEGs, fragrance, and preservatives
Active Ingredients:
- Indigofera Tinctoria Leaf Powder (Indigo): plant-based colourant that contributes to the shade result
- Lawsonia Inermis Leaf Powder (Henna): traditional botanical pigment used to provide natural-looking colour and shine
- Emblica Officinalis Fruit Powder (Amla): a plant powder commonly used in herbal hair care formulas
How to Use:
Use the included detailed instructions for application. One pack contains 100 g of plant-based hair dye powder, which is sufficient for one application on shoulder-length hair. Dye a test strand before first use.
Ingredients (INCI):
Indigofera Tinctoria Leaf Powder (Indigofera)*, Lawsonia Inermis Leaf Powder (Henna)*, Cassia Angustifolia Leaf Powder (Senna), Bacopa Monnieri Leaf Powder (Brahmi)*, Emblica Officinalis Fruit Powder (Amla)*, Coffea Arabica Seed Powder (Coffee)*, Rubia Cardifolia Root Powder (Madder)*, Trigonella Foenum-Graecum Seed Powder (Fenugreek)*, Hibiscus Rosa-Sinensis Flower Powder (Rose Mallow)*
*from organic origin
Product Specifications:
- Product name: Ayluna Plant-Based Hair Dye No. 65 Light Brown
- Content: 100 g
- Suitable for: blonde to brown hair
- Not brightening
- Includes: 1 pair of gloves, 1 covering cap, and detailed instructions
Test Disclaimer:
Please perform a test strand before first use to assess the individual colour result.